mhurhangee/ep-ind-claims huggingface dataset:
A method for allocating radio resources in a mobile communication system, the method performed by a mobile terminal and comprising: transmitting first information to a network, wherein the first information is utilized by the network to allocate radio resources to a mobile terminal for allowing communication between the mobile terminal and the network; and receiving second information from the network, wherein the second information is related to an allocation of radio resources for the mobile terminal, wherein: the first information is transmitted upon expiration of a timer or upon receiving a request to transmit the first information from the network, the first information comprises at least one of priority information of a channel having data, mobile terminal power information, information related to an average number of retransmissions under a hybrid automatic repeat request "HARQ" scheme, information related to transmitting a full header packet under a header compression scheme, and information related to a transition between an idle period and an active period, the second information is received during a first frame of a set of time frames, wherein the first frame includes identities of all mobile terminals that are scheduled for data communication within the set of time frames, and the second information comprises at least one of an indicator for indicating to the mobile terminal existence of paging information, information related to when the mobile terminal can transmit the first information, and information related to when the network can allocate the radio resources. transmitting first information to a network, wherein the first information is utilized by the network to allocate radio resources to a mobile terminal for allowing communication between the mobile terminal and the network; and receiving second information from the network, wherein the second information is related to an allocation of radio resources for the mobile terminal, the first information is transmitted upon expiration of a timer or upon receiving a request to transmit the first information from the network, the first information comprises at least one of priority information of a channel having data, mobile terminal power information, information related to an average number of retransmissions under a hybrid automatic repeat request "HARQ" scheme, information related to transmitting a full header packet under a header compression scheme, and information related to a transition between an idle period and an active period, the second information is received during a first frame of a set of time frames,
An approach annunciator for a railway, comprising: at least one railway vehicle sensor; a control device adapted to receive a first message and to create a second message based on the first message, wherein the first message relates to the at least one railway vehicle sensor sensing a vehicle traveling along the railway; and a transmitting module adapted to send the second message created by the control device; characterized in that the control device is adapted to operate the transmitting module in one of a plurality of modes including an energy saving mode and an operation mode, wherein the transmitting module is configured to send the second message in the energy saving mode using a lower power and/or with a lower repetition rate than a message sent when the transmitting module is operated in the operation mode.
Method for tracking vehicles which are liable for a toll in a toll system, comprising the steps: - providing at least two stationary control apparatuses (202, 204) on the roadside for detecting at least one numberplate of a vehicle which is liable for a toll, - detecting a numberplate of a vehicle which is liable for a toll by a first one of the control apparatuses, - transmitting the numberplate to a central data processing apparatus, - determining the current vehicle position of the vehicle which is liable for a toll on the basis of the position of the first control apparatus, - providing at least two mobile display devices (402, 404) for displaying numberplates and current vehicle positions of detected vehicles which are liable for a toll, - transmitting the current position of each of the mobile display devices (402, 404) to the central data processing apparatus, - determining in the central data processing apparatus precisely one closest mobile display device which is located at a smaller distance from the current vehicle position than all other mobile display devices, on the basis of the current vehicle position of the vehicle which is liable for a toll and the current positions of all mobile display devices (402, 404), - transmitting the numberplate and the current vehicle position to the precisely one closest mobile display device by the central data processing apparatus, - representing the numberplate and the current vehicle position of the vehicle which is liable for a toll on the precisely one closest mobile display device. - providing at least two stationary control apparatuses (202, 204) on the roadside for detecting at least one numberplate of a vehicle which is liable for a toll, - detecting a numberplate of a vehicle which is liable for a toll by a first one of the control apparatuses, - transmitting the numberplate to a central data processing apparatus, - determining the current vehicle position of the vehicle which is liable for a toll on the basis of the position of the first control apparatus, - providing at least two mobile display devices (402, 404) for displaying numberplates and current vehicle positions of detected vehicles which are liable for a toll, - transmitting the current position of each of the mobile display devices (402, 404) to the central data processing apparatus, - determining in the central data processing apparatus precisely one closest mobile display device which is located at a smaller distance from the current vehicle position than all other mobile display devices, on the basis of the current vehicle position of the vehicle which is liable for a toll and the current positions of all mobile display devices (402, 404), - transmitting the numberplate and the current vehicle position to the precisely one closest mobile display device by the central data processing apparatus, - representing the numberplate and the current vehicle position of the vehicle which is liable for a toll on the precisely one closest mobile display device.
An apparatus for delivery of electrolysis products to a treatment site, the apparatus comprising: a second electrode comprising an anode; a first electrode comprising a cathode; and an aqueous matrix; wherein the first electrode and second electrode are arranged in a stacked configuration such that the second electrode is positioned between the first electrode and the aqueous matrix; wherein the aqueous matrix is in contact with at least a first surface and a second surface of the second electrode and the aqueous matrix is configured to be in contact with a surface external to the apparatus and proximate the treatment site; wherein the aqueous matrix includes a saline solution; wherein at least one of the first electrode and the second electrode comprises a material and the aqueous matrix has a pH, the material and the pH selected to produce the electrolysis products when a current is passed through the aqueous matrix using at least one of the first electrode and the second electrode; and wherein the aqueous matrix and at least one of the first electrode and second electrode are packaged for placement proximate the treatment site, wherein the second electrode is positioned proximate the surface external to the apparatus and proximate the treatment site, wherein the first electrode is positioned distal and remote from the surface external to the apparatus, characterised in that the aqueous matrix and at least one of the first electrode and second electrode are packaged in a pad configured to adhere to the treatment site. a second electrode comprising an anode; a first electrode comprising a cathode; and an aqueous matrix; wherein the first electrode and second electrode are arranged in a stacked configuration such that the second electrode is positioned between the first electrode and the aqueous matrix; wherein the aqueous matrix is in contact with at least a first surface and a second surface of the second electrode and the aqueous matrix is configured to be in contact with a surface external to the apparatus and proximate the treatment site; wherein the aqueous matrix includes a saline solution; wherein at least one of the first electrode and the second electrode comprises a material and the aqueous matrix has a pH, the material and the pH selected to produce the electrolysis products when a current is passed through the aqueous matrix using at least one of the first electrode and the second electrode; and wherein the aqueous matrix and at least one of the first electrode and second electrode are packaged for placement proximate the treatment site, wherein the second electrode is positioned proximate the surface external to the apparatus and proximate the treatment site, wherein the first electrode is positioned distal and remote from the surface external to the apparatus, characterised in that the aqueous matrix and at least one of the first electrode and second electrode are packaged in a pad configured to adhere to the treatment site.
A driver circuit comprising: a rectifier circuit configured to receive an AC input voltage and provide an unregulated DC voltage; an inverter circuit having a first switch and a second switch, the inverter circuit configured to receive a first gate control signal and a second gate control signal to open and close the first switch and the second switch, respectively, to generate a resonate AC signal from the unregulated DC voltage; a transformer comprising: a primary winding coupled to the inverter circuit; a secondary winding configured to be coupled, through an output stage circuit, to a solid state light source; and a feedback winding; a power factor correction circuit configured to control the inverter circuit in response to a first signal representative of the unregulated DC voltage and a second signal representative of current through the inverter circuit; and a frequency control circuit configured to generate the first gate control signal and the second gate control signal to control a switching frequency of the inverter circuit in response to a third signal representative of current though the output stage circuit and the fourth signal representative of current through the feedback winding, wherein the frequency control circuit is configured such that its bias is adjustable in response to the fourth signal. a rectifier circuit configured to receive an AC input voltage and provide an unregulated DC voltage; an inverter circuit having a first switch and a second switch, the inverter circuit configured to receive a first gate control signal and a second gate control signal to open and close the first switch and the second switch, respectively, to generate a resonate AC signal from the unregulated DC voltage; a transformer comprising: a primary winding coupled to the inverter circuit; a secondary winding configured to be coupled, through an output stage circuit, to a solid state light source; and a feedback winding; a primary winding coupled to the inverter circuit; a secondary winding configured to be coupled, through an output stage circuit, to a solid state light source; and a feedback winding; a power factor correction circuit configured to control the inverter circuit in response to a first signal representative of the unregulated DC voltage and a second signal representative of current through the inverter circuit; and a frequency control circuit configured to generate the first gate control signal and the second gate control signal to control a switching frequency of the inverter circuit in response to a third signal representative of current though the output stage circuit and the fourth signal representative of current through the feedback winding, wherein the frequency control circuit is configured such that its bias is adjustable in response to the fourth signal.
A bushing for use in a vehicle leaf-spring suspension system, the bushing comprising, in combination: a cylindrical sleeve including an internal passageway extending along a longitudinal axis of the sleeve from first to second ends of the sleeve, the sleeve dimensioned to receive a shackle bolt therethrough; an elastomeric member at least substantially surrounding and extending radially outwardly from an exterior circumferential surface of the sleeve, and the elastomeric member having a pair of spaced-apart, circumferential channels (111a, 111b) positioned between the first and second ends (107a, 107b) of the sleeve, the channels (111a, 111b) dividing the elastomeric member into three radially-extending portions (112a, 112b, 112c), one of which radially-extending portions is intermediate the other radially-extending portions (112a, 112c); a rigid retainer ring positioned over the intermediate one of the radially-extending portions (112a, 112b, 112c), the retainer ring having spaced-apart sidewalls (121a, 121b) extending into the circumferential channels (111a, 111b) so as to capture the intermediate one of the radially-extending portions (112a, 112b, 112c) therebetween; characterised in that, it further comprises lubricant disposed between the retainer ring and the elastomeric member; and a housing surrounding an exterior circumferential surface of the elastomeric member and the retainer ring. a cylindrical sleeve including an internal passageway extending along a longitudinal axis of the sleeve from first to second ends of the sleeve, the sleeve dimensioned to receive a shackle bolt therethrough; an elastomeric member at least substantially surrounding and extending radially outwardly from an exterior circumferential surface of the sleeve, and the elastomeric member having a pair of spaced-apart, circumferential channels (111a, 111b) positioned between the first and second ends (107a, 107b) of the sleeve, the channels (111a, 111b) dividing the elastomeric member into three radially-extending portions (112a, 112b, 112c), one of which radially-extending portions is intermediate the other radially-extending portions (112a, 112c); a rigid retainer ring positioned over the intermediate one of the radially-extending portions (112a, 112b, 112c), the retainer ring having spaced-apart sidewalls (121a, 121b) extending into the circumferential channels (111a, 111b) so as to capture the intermediate one of the radially-extending portions (112a, 112b, 112c) therebetween; characterised in that, it further comprises lubricant disposed between the retainer ring and the elastomeric member; and a housing surrounding an exterior circumferential surface of the elastomeric member and the retainer ring.
A print media rotary transport apparatus comprising: a print media input; a print media rotary bypass operatively connected to the print media input; a print media rotary transport operatively connected to the print media input; a first print media output operatively connected to the print media rotary bypass; and a second print media output operatively connected to the print media rotary transport, wherein the print media rotary bypass is configured to selectively receive a print media sheet and transport the print media sheet to the first print media output, and the print media rotary transport is configured to selectively receive a print media sheet, rotate the print media sheet about an axis orthogonal to the print media sheet plane, and transport the rotated print media sheet to the second print media output, characterized by the print media rotary transport further comprising: a pivoting arm; and one or more pivoting arm pinch nips (176, 198, 200), the one or more pivoting arm pinch nips (176, 198, 200) operatively connected to the pivoting arm and aligned to transport a print media sheet along a common plane, wherein the print media rotary transport is configured to rotate the pivoting arm 90 degrees to transport a print media sheet. a print media input; a print media rotary bypass operatively connected to the print media input; a print media rotary transport operatively connected to the print media input; a first print media output operatively connected to the print media rotary bypass; and a second print media output operatively connected to the print media rotary transport, wherein the print media rotary bypass is configured to selectively receive a print media sheet and transport the print media sheet to the first print media output, and the print media rotary transport is configured to selectively receive a print media sheet, rotate the print media sheet about an axis orthogonal to the print media sheet plane, and transport the rotated print media sheet to the second print media output, characterized by the print media rotary transport further comprising: a pivoting arm; and one or more pivoting arm pinch nips (176, 198, 200), the one or more pivoting arm pinch nips (176, 198, 200) operatively connected to the pivoting arm and aligned to transport a print media sheet along a common plane, wherein the print media rotary transport is configured to rotate the pivoting arm 90 degrees to transport a print media sheet. a pivoting arm; and one or more pivoting arm pinch nips (176, 198, 200), the one or more pivoting arm pinch nips (176, 198, 200) operatively connected to the pivoting arm and aligned to transport a print media sheet along a common plane, wherein the print media rotary transport is configured to rotate the pivoting arm 90 degrees to transport a print media sheet.
A sensor device for a motor vehicle, having a control and evaluation device and at least one sensor electrode coupled thereto, wherein the sensor electrode is constructed as a conductor loop, which is coupled to the control and evaluation device at two contact points, wherein the control and evaluation device has a measuring circuit, which is constructed in such a manner that it monitors the sensor electrode for capacitance changes, characterized in that the control and evaluation device has a test circuit, which can be activated temporarily and tests the integrity of the sensor electrode and the coupling thereof to the control and evaluation device, wherein the measuring circuit is coupled to the sensor electrode at one end of the sensor electrode and the test circuit is coupled to the sensor electrode at the other end of the sensor electrode, and wherein the test circuit has a controllable switching device, in order to temporarily couple a test capacitance to the sensor electrode, so that, in addition to the capacitance of the sensor electrode, the measuring circuit also records the capacitance of the test capacitance connected in series to the sensor electrode.
A connection apparatus for connecting breathing gas delivery components of a breathing apparatus comprising: a male connector (200, 200', 200") configured to be received in a corresponding female port, the male connector (200, 200', 200") comprising a perimeter wall defining an external shape of the male connector (200, 200', 200"); wherein the male connector (200, 200', 200") defines an insertion axis along which the male connector (200, 200', 200") is receivable into a corresponding female port; wherein a distal edge of the perimeter wall defines a distal face of the perimeter wall and at least a portion of the distal face is inclined with respect to the insertion axis of the male connector (200, 200', 200"), and the perimeter wall is configured such that a perimeter of the male connector (200, 200', 200") comprises an apex portion (220, 220'), wherein the perimeter wall comprises first and second wall portions which taper together such that a first edge of the first wall portion and a first edge of the second wall portion are connected at the apex portion (220, 220'). a male connector (200, 200', 200") configured to be received in a corresponding female port, the male connector (200, 200', 200") comprising a perimeter wall defining an external shape of the male connector (200, 200', 200"); wherein the male connector (200, 200', 200") defines an insertion axis along which the male connector (200, 200', 200") is receivable into a corresponding female port; wherein a distal edge of the perimeter wall defines a distal face of the perimeter wall and at least a portion of the distal face is inclined with respect to the insertion axis of the male connector (200, 200', 200"), and the perimeter wall is configured such that a perimeter of the male connector (200, 200', 200") comprises an apex portion (220, 220'), wherein the perimeter wall comprises first and second wall portions which taper together such that a first edge of the first wall portion and a first edge of the second wall portion are connected at the apex portion (220, 220').
An inspection method for a heatsink comprising a base part and a fin (11a-11b) disposed in the base part so as to protrude therefrom, the base part being a part that comes into contact with a heat-generating element, the fin being coated with a coating, the inspection method comprising: a measurement preparation step of placing the heatsink in a place where radiated-heat quantities can be measured by first and second thermal sensors (12, 13), each of the first and second thermal sensors (12, 13) comprising a temperature sensor and a heat-concentrating mirror (12a, 13a) with a heat-receiving surface curved in a concave shape, the heat-concentrating mirror (12a, 13a) being configured to concentrate received heat onto the temperature sensor (12b, 13b) based on the concave shape, the first and second thermal sensors (12, 13) being disposed in different places in a state where a heat-receiving axis connecting a bottom of the concave shape of the heat-receiving surface with the temperature sensor is inclined from a direction in which the fin (11a-11c) protrudes by a predetermined angle; a measurement step of measuring the radiated-heat quantity of the fin (11a-11c) and acquiring first and second radiated-heat quantities (ΔTRTh, ΔTLTh) from the first and second thermal sensors (12, 13), respectively; and a determination step of determining that a coating state of the coating is fine when a total value of the first and second radiated-heat quantities (ΔTRTh, ΔTLTh) is larger than a predetermined range defined in advance. a measurement preparation step of placing the heatsink in a place where radiated-heat quantities can be measured by first and second thermal sensors (12, 13), each of the first and second thermal sensors (12, 13) comprising a temperature sensor and a heat-concentrating mirror (12a, 13a) with a heat-receiving surface curved in a concave shape, the heat-concentrating mirror (12a, 13a) being configured to concentrate received heat onto the temperature sensor (12b, 13b) based on the concave shape, the first and second thermal sensors (12, 13) being disposed in different places in a state where a heat-receiving axis connecting a bottom of the concave shape of the heat-receiving surface with the temperature sensor is inclined from a direction in which the fin (11a-11c) protrudes by a predetermined angle; a measurement step of measuring the radiated-heat quantity of the fin (11a-11c) and acquiring first and second radiated-heat quantities (ΔTRTh, ΔTLTh) from the first and second thermal sensors (12, 13), respectively; and a determination step of determining that a coating state of the coating is fine when a total value of the first and second radiated-heat quantities (ΔTRTh, ΔTLTh) is larger than a predetermined range defined in advance.
The combination of an anti-human Interleukin-6 monoclonal antibody and an anti-human Interleukin-6 receptor monoclonal antibody for use in the treatment of human multiple myeloma in which exogenous or endogenous Interleukin-6 produces Interleukin-10 in myeloma cells leading to an enhanced proliferation of multiple myeloma (plasmocytoma).