mhurhangee/ep-ind-claims huggingface dataset:
Expansible anchor having an anchor shank which has a rear thread with a screw element, an expander body which is connected by means of a screw connection to a front thread of the anchor shank, and an expansion sleeve, wherein the expander body, by rotation of the anchor shank relative to the expander body, is capable of being moved in the longitudinal direction of the anchor shank and drawn into the expansion sleeve and thereby expands the expansion sleeve, wherein the expansion sleeve has outwardly projecting claws with cutters which are pressed into a hole wall as the expansion sleeve expands in a hole, wherein the anchor shank has a counterbearing for the expansion sleeve which supports the expansion sleeve axially as the expander body is drawn in, and wherein the screw element is under torque with the rear thread of the anchor shank, so that, at least at the beginning of a rotational movement for expanding the expansion sleeve of the expansible anchor, the anchor shank co-rotates with the screw element and the anchor shank rotates relative to the expander body at the beginning of the expansion of the expansion sleeve, characterised in that the cutters are blunt and/or in that the cutters have arcuate portions (18, 19) extending in the chord direction.
A liquid composition containing: i) from about 0.05 to about 12.5 mg/ml of bendamustine or a pharmaceutically acceptable salt thereof; ii) a solubilizer comprising polyethylene glycol and propylene glycol, the polyethylene glycol being present in an amount of from about 0.3 to about 45% volume and the propylene glycol being present in an amount of from about 0.03 to about 5% volume; and, optionally iii) a parenterally acceptable diluent for use in a method of treating a bendamustine-responsive condition in a subject requiring restricted fluid and/or sodium intake, comprising a) identifying a subject in need of bendamustine therapy and having a physiological condition requiring restricted fluid and/or sodium intake; b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition over a substantially continuous period of less than or equal to about 30 minutes. i) from about 0.05 to about 12.5 mg/ml of bendamustine or a pharmaceutically acceptable salt thereof; ii) a solubilizer comprising polyethylene glycol and propylene glycol, the polyethylene glycol being present in an amount of from about 0.3 to about 45% volume and the propylene glycol being present in an amount of from about 0.03 to about 5% volume; and, optionally iii) a parenterally acceptable diluent a) identifying a subject in need of bendamustine therapy and having a physiological condition requiring restricted fluid and/or sodium intake; b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition over a substantially continuous period of less than or equal to about 30 minutes.
A lithium ion secondary battery comprising a positive electrode comprising a lithium nickel composite oxide, and a separator consisting of one or more layers selected from a polyimide layer, a polyamide layer, and a polyamide imide layer, wherein an electrolyte solution and/or a member in contact with the electrolyte solution comprise an acid anhydride.
An LED lighting device for the irradiation of a cultivated surface comprising: - a support made of thermally conductive material, having a lower face, intended to be turned toward the cultivated surface, and an opposite upper face, provided with a plurality of holes passing from the upper face to the lower face, wherein inlet openings of said holes on the upper face collectively occupy a hole region of said upper face; - a plurality of optical bodies suitable to concentrate or distribute a light emission cone, each optical body being inserted in a respective hole so as to concentrate or distribute the emission cone exiting the lower face; - a thin and flexible membrane, in contact with the upper face of the support; - an LED board comprising a plurality of LEDs, superimposed on and in contact with the membrane, configured so that each LED is turned toward the membrane and aligns with the respective optical body characterized in that the membrane covers said hole region of said upper face of said support - a support made of thermally conductive material, having a lower face, intended to be turned toward the cultivated surface, and an opposite upper face, provided with a plurality of holes passing from the upper face to the lower face, wherein inlet openings of said holes on the upper face collectively occupy a hole region of said upper face; - a plurality of optical bodies suitable to concentrate or distribute a light emission cone, each optical body being inserted in a respective hole so as to concentrate or distribute the emission cone exiting the lower face; - a thin and flexible membrane, in contact with the upper face of the support; - an LED board comprising a plurality of LEDs, superimposed on and in contact with the membrane, configured so that each LED is turned toward the membrane and aligns with the respective optical body characterized in that the membrane covers said hole region of said upper face of said support
A method of wireless communication, comprising: receiving, at a first access point, downlink signals from at least one other access point; determining, based on the received downlink signals, loading at each of the at least one other access point; and transmitting an indication of the loading. receiving, at a first access point, downlink signals from at least one other access point; determining, based on the received downlink signals, loading at each of the at least one other access point; and transmitting an indication of the loading.
A method for adjusting an uplink grant physical downlink control channel of a User Equipment UE, comprising: receiving a physical uplink shared channel transmitted on an uplink resource indicated by a current uplink grant physical downlink control channel from the UE; judging whether or not the UE has received the current uplink grant physical downlink control channel successfully in accordance with the received physical uplink shared channel; and determining a number of control channel elements CCEs occupied by the uplink grant physical downlink control channel and/or a transmission power of the uplink grant physical downlink control channel in accordance with a result of the judging, wherein when it is judged that the UE has not received the uplink grant physical downlink control channel successfully, the determining comprises: decreasing a current SINR of the UE; and determining the number of CCEs occupied by the uplink grant physical downlink control channel transmitted to the UE subsequently and/or the transmission power of the uplink grant physical downlink control channel transmitted to the UE subsequently in accordance with the decreased SINR. receiving a physical uplink shared channel transmitted on an uplink resource indicated by a current uplink grant physical downlink control channel from the UE; judging whether or not the UE has received the current uplink grant physical downlink control channel successfully in accordance with the received physical uplink shared channel; and determining a number of control channel elements CCEs occupied by the uplink grant physical downlink control channel and/or a transmission power of the uplink grant physical downlink control channel in accordance with a result of the judging, wherein when it is judged that the UE has not received the uplink grant physical downlink control channel successfully, the determining comprises: decreasing a current SINR of the UE; and determining the number of CCEs occupied by the uplink grant physical downlink control channel transmitted to the UE subsequently and/or the transmission power of the uplink grant physical downlink control channel transmitted to the UE subsequently in accordance with the decreased SINR. decreasing a current SINR of the UE; and determining the number of CCEs occupied by the uplink grant physical downlink control channel transmitted to the UE subsequently and/or the transmission power of the uplink grant physical downlink control channel transmitted to the UE subsequently in accordance with the decreased SINR.
A method for selecting a wireless network by a mobile apparatus ' comprising: - receiving a plurality of parameter data sets, wherein each data set comprises a geographic tag and connection parameters for a wireless network available in the geographic location corresponding to the geographic tag, and wherein the connection parameters of different data sets include different subscriber identities; - searching for an available wireless network; - determining the geographic location (70,80,90) associated with the available wireless network; - selecting the parameter data set which comprises the geographic tag corresponding to the geographic location, and - registering with the available wireless network using the connection parameters of the selected parameter set such that the wireless network recognizes the mobile apparatus as a home subscriber. - receiving a plurality of parameter data sets, wherein each data set comprises a geographic tag and connection parameters for a wireless network available in the geographic location corresponding to the geographic tag, and wherein the connection parameters of different data sets include different subscriber identities; - searching for an available wireless network; - determining the geographic location (70,80,90) associated with the available wireless network; - selecting the parameter data set which comprises the geographic tag corresponding to the geographic location, and - registering with the available wireless network using the connection parameters of the selected parameter set such that the wireless network recognizes the mobile apparatus as a home subscriber.
A progressive cavity pump comprising: a stator including a shell portion and a molded elastomeric portion having internally molded cavities; a helical rotor rotatably located within the stator; and a monitoring system for measuring an operating parameter of the elastomeric portion of the stator, the monitoring system including a sensor and a sleeve, the sleeve being vulcanized to the elastomeric portion of the stator, the sensor being slidably received within the sleeve, characterised by the fact that the sleeve comprises a protruding shoulder at a predetermined distance of a tip of the sleeve. a stator including a shell portion and a molded elastomeric portion having internally molded cavities; a helical rotor rotatably located within the stator; and a monitoring system for measuring an operating parameter of the elastomeric portion of the stator, the monitoring system including a sensor and a sleeve, the sleeve being vulcanized to the elastomeric portion of the stator, the sensor being slidably received within the sleeve, characterised by the fact that the sleeve comprises a protruding shoulder at a predetermined distance of a tip of the sleeve.
A back-side illuminated solid-state image capturing device comprising: a first semiconductor substrate (21, 214) and a second semiconductor substrate, wherein the first semiconductor substrate includes: a first region (22, R11) having a photoelectric conversion section (67, 222), and a via portion (51, 224); a second region adjacent to the first region (22, R11); characterized in that the first semiconductor substrate further includes a connection portion disposed on the surface of the second region that receives light, and electrically couples the first semiconductor substrate to the second semiconductor substrate in a stacked configuration, wherein the connection portion is an electrode of a land structure including a first electrode (54, 226, 292) and a metal layer (55, 227, 293) provided in an upper portion of the first electrode between the first electrode and the second semiconductor substrate; and in that a width of the connection portion is greater than a width of the via portion. a first semiconductor substrate (21, 214) and a second semiconductor substrate, wherein the first semiconductor substrate includes: a first region (22, R11) having a photoelectric conversion section (67, 222), and a via portion (51, 224); a second region adjacent to the first region (22, R11); characterized in that the first semiconductor substrate further includes a connection portion disposed on the surface of the second region that receives light, and electrically couples the first semiconductor substrate to the second semiconductor substrate in a stacked configuration, wherein the connection portion is an electrode of a land structure including a first electrode (54, 226, 292) and a metal layer (55, 227, 293) provided in an upper portion of the first electrode between the first electrode and the second semiconductor substrate; and in that a width of the connection portion is greater than a width of the via portion. a first region (22, R11) having a photoelectric conversion section (67, 222), and a via portion (51, 224); a second region adjacent to the first region (22, R11); characterized in that the first semiconductor substrate further includes a connection portion disposed on the surface of the second region that receives light, and electrically couples the first semiconductor substrate to the second semiconductor substrate in a stacked configuration, wherein the connection portion is an electrode of a land structure including a first electrode (54, 226, 292) and a metal layer (55, 227, 293) provided in an upper portion of the first electrode between the first electrode and the second semiconductor substrate; and in that a width of the connection portion is greater than a width of the via portion.
A fill valve for a flushing tank, the fill valve comprising: a housing with a connector for a water pipe; and a valve that is actuatable by a float and includes a membrane and a valve seat, wherein a channel is provided between the connector and the valve, wherein a distributor is arranged in a portion of the channel upstream of the valve, wherein the distributor is flowable by inflowing water when the valve is open and includes an impact element which is impacted by the water, characterized in that the distributor is fixated in an opening of the one piece housing by a closure cover which is connected with the housing in a disengageable manner and by which the opening is closeable, that the opening is arranged with respect to the connector diametrically on another side of the housing and the channel is arranged in the housing so that the distributor includes a ring shaped outer wall and is configured pot shaped and open in a direction towards the closure cover and that the outer wall at least partially envelops an inner chamber in which the membrane and the valve seat are arranged. a housing with a connector for a water pipe; and a valve that is actuatable by a float and includes a membrane and a valve seat, wherein a channel is provided between the connector and the valve, wherein a distributor is arranged in a portion of the channel upstream of the valve, wherein the distributor is flowable by inflowing water when the valve is open and includes an impact element which is impacted by the water, characterized in that the distributor is fixated in an opening of the one piece housing by a closure cover which is connected with the housing in a disengageable manner and by which the opening is closeable, that the opening is arranged with respect to the connector diametrically on another side of the housing and the channel is arranged in the housing so that the distributor includes a ring shaped outer wall and is configured pot shaped and open in a direction towards the closure cover and that the outer wall at least partially envelops an inner chamber in which the membrane and the valve seat are arranged.
A fluidic device, comprising: a circulation flow path; and a capture part arranged on the circulation flow path and configured to capture a sample substance in a solution and/or a detection part arranged on the circulation flow path and configured to detect a sample substance in a solution; wherein the circulation flow path has two or more circulation flow path valves (V1, V2), and each of the circulation flow path valves is arranged such that each of partitions of the circulation flow path compartmentalized by the circulation flow path valve has a predetermined volume, and wherein a first introduction flow path is connected to a first partition of the circulation flow path for introducing a first solution, a second introduction flow path is connected to a second partition of the circulation flow path for introducing a second solution, and a discharge flow path is connected to the circulation flow path, and wherein the first introduction flow path comprises a first introduction flow path valve, the second introduction flow path comprises a second introduction flow path valve, and the discharge flow path comprises a discharge flow path valve. a circulation flow path; and a capture part arranged on the circulation flow path and configured to capture a sample substance in a solution and/or a detection part arranged on the circulation flow path and configured to detect a sample substance in a solution; wherein the circulation flow path has two or more circulation flow path valves (V1, V2), and each of the circulation flow path valves is arranged such that each of partitions of the circulation flow path compartmentalized by the circulation flow path valve has a predetermined volume, and wherein a first introduction flow path is connected to a first partition of the circulation flow path for introducing a first solution, a second introduction flow path is connected to a second partition of the circulation flow path for introducing a second solution, and a discharge flow path is connected to the circulation flow path, and wherein the first introduction flow path comprises a first introduction flow path valve, the second introduction flow path comprises a second introduction flow path valve, and the discharge flow path comprises a discharge flow path valve.
An induction cooker with a time-sharing control function comprising: a plurality of switch units (S21∼S26); a control unit electrically connected to the switch units (S21∼S26) and configured to control each of the switch units (S21∼S26); characterised in that a plurality of cooker units (L21∼L24) classified into a first subgroup and a second subgroup, each of the cooker units (L21∼L24) electrically connected to two corresponding switch units (S21∼S26); wherein the cooker units (L21∼L24) have a first cooker unit and a second cooker unit, the first cooker unit is electrically connected to a common contact of a first switch unit and a second switch unit, and the second cooker unit is electrically connected to a common contact of the second switch unit and a third switch unit; wherein the control unit is configured to provide complementary control signals (S21', S22') to switch on the first switch unit and the second switch unit and to keep high-level on the third switch unit so as to control the first cooker unit in the working condition and the second cooker unit in the non-working condition; the control unit is further configured to provide complementary control signals (S22', S23') to switch on the second switch unit and the third switch unit and to keep high-level on the first switch unit so as to control the second cooker unit in the working condition and the first cooker unit in a non-working condition, thus alternately operating in time-sharing control manner the induction cooker, wherein said first subgroup is different from said second subgroup. a plurality of switch units (S21∼S26); a control unit electrically connected to the switch units (S21∼S26) and configured to control each of the switch units (S21∼S26); characterised in that a plurality of cooker units (L21∼L24) classified into a first subgroup and a second subgroup, each of the cooker units (L21∼L24) electrically connected to two corresponding switch units (S21∼S26); wherein the cooker units (L21∼L24) have a first cooker unit and a second cooker unit, the first cooker unit is electrically connected to a common contact of a first switch unit and a second switch unit, and the second cooker unit is electrically connected to a common contact of the second switch unit and a third switch unit; wherein the control unit is configured to provide complementary control signals (S21', S22') to switch on the first switch unit and the second switch unit and to keep high-level on the third switch unit so as to control the first cooker unit in the working condition and the second cooker unit in the non-working condition; the control unit is further configured to provide complementary control signals (S22', S23') to switch on the second switch unit and the third switch unit and to keep high-level on the first switch unit so as to control the second cooker unit in the working condition and the first cooker unit in a non-working condition, thus alternately operating in time-sharing control manner the induction cooker, wherein said first subgroup is different from said second subgroup.
A system (200; 500; 600; 700; 800) comprising: a magnetic target, the magnetic target including: a plurality of regions (202-212; 604; 704; 804) having juxtaposed edges (214, 216) and opposing ends (218, 220), wherein adjacent ones of the plurality of regions have different magnetic polarities; a first magnetic strip (224; 224'; 608; 706; 806), having a first magnetic polarity, and disposed at one end of the regions; and a second magnetic strip (226; 226'; 606; 708; 808), having a second magnetic polarity opposite to the first magnetic polarity, and disposed at to a second end of the regions to generate a magnetic bias across at least a portion of the regions; and at least one magnetic field sensing element (504; 610; 710; 816) placed in proximity to the magnetic target and configured to produce an output signal responsive to the magnetic target, characterized by: the first magnetic strip being attached directly to the one end of the regions, the second magnetic strip being attached directly to the second end of the regions, the magnetic field sensing element being a magnetoresistive element and the magnetic bias being generated with a direction perpendicular to a magnetic orientation of a pinned layer of the magnetoresistive element. a magnetic target, the magnetic target including: a plurality of regions (202-212; 604; 704; 804) having juxtaposed edges (214, 216) and opposing ends (218, 220), wherein adjacent ones of the plurality of regions have different magnetic polarities; a first magnetic strip (224; 224'; 608; 706; 806), having a first magnetic polarity, and disposed at one end of the regions; and a second magnetic strip (226; 226'; 606; 708; 808), having a second magnetic polarity opposite to the first magnetic polarity, and disposed at to a second end of the regions to generate a magnetic bias across at least a portion of the regions; and a plurality of regions (202-212; 604; 704; 804) having juxtaposed edges (214, 216) and opposing ends (218, 220), wherein adjacent ones of the plurality of regions have different magnetic polarities; a first magnetic strip (224; 224'; 608; 706; 806), having a first magnetic polarity, and disposed at one end of the regions; and a second magnetic strip (226; 226'; 606; 708; 808), having a second magnetic polarity opposite to the first magnetic polarity, and disposed at to a second end of the regions to generate a magnetic bias across at least a portion of the regions; and at least one magnetic field sensing element (504; 610; 710; 816) placed in proximity to the magnetic target and configured to produce an output signal responsive to the magnetic target, characterized by: the first magnetic strip being attached directly to the one end of the regions, the second magnetic strip being attached directly to the second end of the regions, the magnetic field sensing element being a magnetoresistive element and the magnetic bias being generated with a direction perpendicular to a magnetic orientation of a pinned layer of the magnetoresistive element.