mhurhangee/patent-ind-claim-en huggingface dataset:
A laminate comprising: a) a first substrate having an applied layer of an ink or coating composition comprising a self-crosslinking acrylic polymer having a glass transition temperature of 0°C or greater, a coalescent, and water; b) a second substrate positioned to configure the applied layer between the first substrate and the second substrate; and c) an adhesive bonding the first substrate to the second substrate. a) a first substrate having an applied layer of an ink or coating composition comprising a self-crosslinking acrylic polymer having a glass transition temperature of 0°C or greater, a coalescent, and water; b) a second substrate positioned to configure the applied layer between the first substrate and the second substrate; and c) an adhesive bonding the first substrate to the second substrate.
A semiconductor device including a built-in trimming circuit , the trimming circuit comprising: an analog to digital converter, ADC, circuit including a comparator having a first input coupled to an input of the ADC circuit , a digital approximation and control circuit having an input coupled to an output of the comparator , and a digital to analog converter ,DAC, circuit having an output coupled to a second input of the comparator ; a first set of switches configured to selectively couple inputs of the DAC circuit to outputs of the digital approximation and control circuit ; a second set of switches configured to selectively couple the DAC circuit to a storage components ; a third set of switches configured to selectively coupled outputs of the digital approximation and control circuit to the outputs of the ADC circuit ; and a variable resistance circuit coupled between the third set of switches and a power management circuit . a comparator having a first input coupled to an input of the ADC circuit , a digital approximation and control circuit having an input coupled to an output of the comparator , and a digital to analog converter ,DAC, circuit having an output coupled to a second input of the comparator ; a first set of switches configured to selectively couple inputs of the DAC circuit to outputs of the digital approximation and control circuit ; a second set of switches configured to selectively couple the DAC circuit to a storage components ; a third set of switches configured to selectively coupled outputs of the digital approximation and control circuit to the outputs of the ADC circuit ; and a variable resistance circuit coupled between the third set of switches and a power management circuit .
An ink ribbon cartridge comprising: a supply roll around which an ink ribbon is wound; a winding roll around which the ink ribbon supplied from the supply roll is wound; and a power transmission mechanism configured to transmit power from a drive source to the supply roll and the winding roll ; wherein when a direction in which the ink ribbon is wound by the winding roll is defined as a ribbon winding direction and a direction in which the ink ribbon is wound by the supply roll is defined as a ribbon rewinding direction, characterized in that the power transmission mechanism comprises: a winding side one-way clutch which transmits a driving force in the ribbon winding direction of the drive source to the winding roll and cuts off transmission of the driving force in the ribbon rewinding direction of the drive source to the winding roll ; and a supply side one-way clutch which transmits the driving force in the ribbon rewinding direction of the drive source to the supply roll and cuts off transmission of the driving force in the ribbon winding direction of the drive source to the supply roll . a supply roll around which an ink ribbon is wound; a winding roll around which the ink ribbon supplied from the supply roll is wound; and a power transmission mechanism configured to transmit power from a drive source to the supply roll and the winding roll ; wherein when a direction in which the ink ribbon is wound by the winding roll is defined as a ribbon winding direction and a direction in which the ink ribbon is wound by the supply roll is defined as a ribbon rewinding direction, characterized in that the power transmission mechanism comprises: a winding side one-way clutch which transmits a driving force in the ribbon winding direction of the drive source to the winding roll and cuts off transmission of the driving force in the ribbon rewinding direction of the drive source to the winding roll ; and a supply side one-way clutch which transmits the driving force in the ribbon rewinding direction of the drive source to the supply roll and cuts off transmission of the driving force in the ribbon winding direction of the drive source to the supply roll . a winding side one-way clutch which transmits a driving force in the ribbon winding direction of the drive source to the winding roll and cuts off transmission of the driving force in the ribbon rewinding direction of the drive source to the winding roll ; and a supply side one-way clutch which transmits the driving force in the ribbon rewinding direction of the drive source to the supply roll and cuts off transmission of the driving force in the ribbon winding direction of the drive source to the supply roll .
Drill bit , in particular reinforced concrete drill bit, for the rotary or rotary percussive drilling of reinforced concrete or other reinforced materials, comprising - a clamping shank , a drilling sleeve with a drilling sleeve bottom and a drilling sleeve shell and at least two teeth (6; 6a-6d), - wherein the teeth (6; 6a-6d) are arranged at a free end side , in the form of a circular ring, of the drilling sleeve shell , - wherein each tooth (6; 6a-6d) protrudes beyond the end side of the drilling shell sleeve in the infeed direction (x), - wherein the teeth are configured as carbide elements having a hardness (H6), - wherein, on the end side of the drilling sleeve shell , a deflector (7; 7a-7d) of the drill bit is mounted upstream of each tooth (6; 6a-6d) in the direction of rotation (w), in order to protect a front face (F), oriented counter to the direction of rotation (w), of the following tooth (6; 6a-6d) from a collision with a reinforcement bar of the reinforced concrete or of the other reinforced material, characterized in that the deflector is configured as a carbide attachment and has a hardness (H7), which corresponds to the hardness (H6) of the teeth or is in a range between 20% and 90%, in particular 30% and 70%, of the hardness (H6) of the teeth. - a clamping shank , a drilling sleeve with a drilling sleeve bottom and a drilling sleeve shell and at least two teeth (6; 6a-6d), - wherein the teeth (6; 6a-6d) are arranged at a free end side , in the form of a circular ring, of the drilling sleeve shell , - wherein each tooth (6; 6a-6d) protrudes beyond the end side of the drilling shell sleeve in the infeed direction (x), - wherein the teeth are configured as carbide elements having a hardness (H6), - wherein, on the end side of the drilling sleeve shell , a deflector (7; 7a-7d) of the drill bit is mounted upstream of each tooth (6; 6a-6d) in the direction of rotation (w), in order to protect a front face (F), oriented counter to the direction of rotation (w), of the following tooth (6; 6a-6d) from a collision with a reinforcement bar of the reinforced concrete or of the other reinforced material,
A human adenovirus species C having a capsid which comprises a modified adenovirus hexon protein, wherein the modified adenovirus hexon protein has a modified HVR1 region, wherein the modified HVR1 region has the sequence DEAATALEINLKKKKQAEQQ (SEQ ID NO.: 1).
A method of manufacturing a metallic can end having a reclosable opening, in particular for beverage cans and for containers for storing foodstuffs and other liquid, pasty, powdery, or solid products, the metallic can end having a microgap or a weakening line (4', 4"), which is provided in the metallic end surface and is peripheral around the opening, having a sealing frame composed of plastic material connected to the fixed end surface and surrounding the opening region, having a closure unit composed of plastic material that is connected to the upwardly pivotable metallic end region , which is disposed within the microgap or the weakening line (4', 4"), that is pivotably attached to the fixed end surface via a pivot bearing and that is preferably provided with a tear-open member which is diametrically opposite the pivot bearing and which is connected to the closure unit in an upwardly pivotable manner, wherein the sealing frame and the closure unit cooperate in a sealing manner, preferably via sealing and latching ribs and associated reception grooves , and the metallic end region disposed within the peripheral microgap or the weakening line (4', 4") is received and held in the opening region of the end , wherein the sealing frame is bonded to the fixed end surface and the closure unit is bonded to the upwardly pivotable metallic end region , in particular by a thermal process, using a bonding agent, in particular an adhesive lacquer, that is preferably suitable for use in foodstuffs and/or has lubrication properties, characterized in that the bonding agent is admixed to the respective plastic material, in particular a plastic granulate for manufacturing an injection molded plastic part, before the molding of the sealing frame and/or of the closure unit .
Micro-device tracking and visualization system configured to monitor a target body part of a patient and localizing a micro-device inside said target body part , the tracking system comprising: - a micro-device designed to be remotely steered and controlled from outside the target body part , - a control unit comprising a memory , the memory being configured to store at least one ultrasound image of the target body part , - at least one probe configured to be brought in contact with a securing body part of the patient, the securing body part surrounding at least partially the target body part , - at least one tracker configured to be connected to the micro-device , - at least a screen , wherein the at least one probe and the at least one tracker communicate by means of ultrasound technology, the control unit being thus able to localize, in real time, the at least one tracker inside the target body part within an internal referential (R) defined with regards to the at least one probe , wherein the control unit is further designed to display, on the screen , the at least one stored ultrasound image and to display, in real time, the localization of the micro-device on said at least one ultrasound image . - a micro-device designed to be remotely steered and controlled from outside the target body part , - a control unit comprising a memory , the memory being configured to store at least one ultrasound image of the target body part , - at least one probe configured to be brought in contact with a securing body part of the patient, the securing body part surrounding at least partially the target body part , - at least one tracker configured to be connected to the micro-device , - at least a screen , wherein the at least one probe and the at least one tracker communicate by means of ultrasound technology, the control unit being thus able to localize, in real time, the at least one tracker inside the target body part within an internal referential (R) defined with regards to the at least one probe , wherein the control unit is further designed to display, on the screen , the at least one stored ultrasound image and to display, in real time, the localization of the micro-device on said at least one ultrasound image .
An antibody against IL-1 beta, comprising the variable heavy chain (VH) CDR sequences CDR-H1, CDR-H2 or CDR-H3 as set forth in SEQ ID Nos.: 1, 2 and 3, respectively; and the variable light chain (VL) CDR sequences CDR-L1, CDR-L2 or CDR-L3 as set forth in SEQ ID Nos.: 4, 5, and 6, respectively.
A method for distinguishing between sources of simultaneous touch events on a touch sensitive device, the touch sensitive device comprising a plurality of row conductors and a plurality of column conductors, the plurality of row conductors crossing each of the plurality of column conductors such that a touch event proximate to a row conductor of the plurality of row conductors and a column conductor of the plurality of column conductors causes a change in capacitive coupling between the row conductor and the column conductor, the method comprising: simultaneously transmitting each of a plurality of unique orthogonal row signals on a respective ones of at least some of the plurality of row conductors, each of the plurality of unique orthogonal row signals being different from each other of the plurality of unique orthogonal row signals; detecting an amount of each of the plurality of unique orthogonal row signals present on each of the plurality of column conductors, and simultaneously detecting an amount of at least one of the plurality of unique orthogonal row signals present on at least one row conductor or at least one column conductor, the at least one of the plurality of unique orthogonal row signals being present due to a user of the touch sensitive device making at least two touches or near touches on the touch sensitive device, and the at least one of the plurality of unique orthogonal row signals passing though the body of the user between the two touches or near touches; and associating each of the plurality of simultaneous touch events with a discrete source based on the at least one of the plurality of unique orthogonal row signals present due to the user making at least two touches or near touches on the touch sensitive device. simultaneously transmitting each of a plurality of unique orthogonal row signals on a respective ones of at least some of the plurality of row conductors, each of the plurality of unique orthogonal row signals being different from each other of the plurality of unique orthogonal row signals; detecting an amount of each of the plurality of unique orthogonal row signals present on each of the plurality of column conductors, and simultaneously detecting an amount of at least one of the plurality of unique orthogonal row signals present on at least one row conductor or at least one column conductor, the at least one of the plurality of unique orthogonal row signals being present due to a user of the touch sensitive device making at least two touches or near touches on the touch sensitive device, and the at least one of the plurality of unique orthogonal row signals passing though the body of the user between the two touches or near touches; and associating each of the plurality of simultaneous touch events with a discrete source based on the at least one of the plurality of unique orthogonal row signals present due to the user making at least two touches or near touches on the touch sensitive device.
A heat exchange system comprising: - a first circulation circuit annularly provided to allow a first liquid to be circulated therein; - a second circulation circuit annularly provided to allow a second liquid to be circulated therein; - a heat exchanger configured to perform heat exchange between the first liquid and the second liquid; - a pressure retention unit configured to pressurize and retain a portion of the second liquid; - an opening and closing mechanism unit disposed on an inlet side of the heat exchanger , into which the second liquid is to flow, the opening and closing mechanism unit being configured to switch the second liquid to flow into the heat exchanger between the portion of the second liquid which flows from the pressure retention unit and an other portion of the second liquid which flows from the second circulation circuit ; and - a controller configured to control a pressure to be applied to the second liquid retained by the pressure retention unit , and control a switching operation of the opening and closing mechanism unit , wherein the controller controls the pressure retention unit and the opening and closing mechanism unit to supply the heat exchanger with the second liquid to which a shear stress pulse cycle has been applied, the shear stress pulse cycle being a combination of a plurality of shear stress pulses having different stresses. - a first circulation circuit annularly provided to allow a first liquid to be circulated therein; - a second circulation circuit annularly provided to allow a second liquid to be circulated therein; - a heat exchanger configured to perform heat exchange between the first liquid and the second liquid; - a pressure retention unit configured to pressurize and retain a portion of the second liquid; - an opening and closing mechanism unit disposed on an inlet side of the heat exchanger , into which the second liquid is to flow, the opening and closing mechanism unit being configured to switch the second liquid to flow into the heat exchanger between the portion of the second liquid which flows from the pressure retention unit and an other portion of the second liquid which flows from the second circulation circuit ; and - a controller configured to control a pressure to be applied to the second liquid retained by the pressure retention unit , and control a switching operation of the opening and closing mechanism unit ,
A system adapted to detect the electrical continuity between components of an actuator operated fuel injector , where said components are adapted to move relative to one another in operation, said system including a wire connected to an electrical contact point on said fuel injector from a supply voltage (V ICL ) forming a circuit allowing current to pass through said injector (Iinj) to ground via said components when said components have a degree of electrical continuity, and including a constant current source and transistor switch (Q1) connected in parallel such that one terminal of the current source is connected to the supply voltage V ICL and a first terminal of the transistor switch, and the other terminal of said current source is connected to said electrical contact and a second terminal of the transistor switch, such that current from the constant current source is adapted to form a first pathway through the injector dependent on said electrical continuity and a second pathway through the switch via said second terminal to a third terminal of the transistor switch, wherein said first terminal is the base or gate of a bipolar or FET, and including measuring means to measure the current or voltage at a point in said second pathway.
A heat exchanger for exchanging heat between a first fluid and a second fluid, comprising: a flow passage forming body having a serpentine first flow passage through which the first fluid is caused to flow; and a serpentine tube unit having a second flow passage through which the second fluid is caused to flow, the serpentine tube unit being disposed in the first flow passage of the flow passage forming body , whereby at least a part of the flow passage forming body is composed of a resin material, the flow passage forming body has a plate-like upper member having a groove portion meandering along an in-plane direction of the upper member , and a plate-like lower member combined with the upper member , the lower member covers the groove portion of the upper member so as to form the first flow passage , characterized in that at least a part of the flow passage forming body is composed of a resin foam , the groove portion has a largest thickness at a position farthest from a joining plane between the upper member and the lower member , and the thickness of the groove portion decreases toward the joining plane. a flow passage forming body having a serpentine first flow passage through which the first fluid is caused to flow; and a serpentine tube unit having a second flow passage through which the second fluid is caused to flow, the serpentine tube unit being disposed in the first flow passage of the flow passage forming body , whereby at least a part of the flow passage forming body is composed of a resin material, the flow passage forming body has a plate-like upper member having a groove portion meandering along an in-plane direction of the upper member , and a plate-like lower member combined with the upper member , the lower member covers the groove portion of the upper member so as to form the first flow passage , characterized in that at least a part of the flow passage forming body is composed of a resin foam , the groove portion has a largest thickness at a position farthest from a joining plane between the upper member and the lower member , and the thickness of the groove portion decreases toward the joining plane.
A mobile shower container having shower stalls having two end faces opposite each other and two outer sides opposite each other, a shower region being formed between the end faces, in which two rows of shower stalls aligned along the outer sides are disposed adjacent to each other, an outer entrance from an outer side of the shower container being present for the shower stalls , flaps for closing off the outer sides in a transport state being provided on the outer sides of the shower container and each forming an awning in an unfolded usage state, characterized in that the shower stalls are structurally rigidly connected to a main framework of the mobile shower container adjacent to the shower region, wherein the shower stalls are structurally rigidly connected to walls of the end faces of the shower container adjacent to the shower region, wherein the shower stalls are connected to both a front and a rear wall of the shower region, said walls forming the end faces of the container, and wherein the mobile shower container is implemented as a skip container.
A biomaterial comprising a first plurality of geometric elements and a therapeutically-effective amount of a therapeutic agent, wherein: - a first geometric element of the first plurality of geometric elements is formed by a first porous border, wherein the first porous border comprises a polymer and the therapeutic agent; - a second geometric element of the first plurality of geometric elements is formed by a non-porous border and a first solid region comprising the polymer, wherein the therapeutic agent cannot diffuse into the second geometric element; - the first solid region is adjacent to and within the non-porous border, and; - a portion of the first porous border is adjacent to a portion of the non-porous border. - a first geometric element of the first plurality of geometric elements is formed by a first porous border, wherein the first porous border comprises a polymer and the therapeutic agent; - a second geometric element of the first plurality of geometric elements is formed by a non-porous border and a first solid region comprising the polymer, wherein the therapeutic agent cannot diffuse into the second geometric element; - the first solid region is adjacent to and within the non-porous border, and; - a portion of the first porous border is adjacent to a portion of the non-porous border.
Device for inductive heating of metal material, in particular of metal blocks, comprising at least two induction coils arranged offset from one another, which are each connected in parallel to a compensation capacitor and at least two inverters with adjustable frequency of the output voltage, which are arranged to feed the induction coils with current, characterised in that the inverters each have a control and regulating device , wherein at least one induction coil is connected to a current measuring device , which, for the continuous provision of the coil current as a controlled variable, is connected to an input of the arranged control and regulating device , which is set up to change the frequency of the output voltage of the at least one inverter feeding the induction coil as a manipulated variable, wherein the control and regulating devices respectively assigned to an induction coil are connected to one another via a fieldbus , via which a desired current is specified as reference variable.