mhurhangee/patent-ind-claim-en huggingface dataset:
A sealing tape , comprising: an adhesive surface to which an adhesive is applied and RFID tags are attached; and a non-adhesive surface being a back side of the adhesive surface; characterized in that the sealing tape has basic sections repeatedly arranged on the adhesive surface and includes, in the following order, a first adhesion section, a second adhesion section, a first RFID tag section, and a second RFID tag section, wherein the first adhesion section, the second adhesion section, the first RFID tag section, and the second RFID tag section have the same lengths, wherein the RFID tags are arranged on an area adjacent to one side each of the first RIFD tag section and the second RFID tag section and directly attached to the adhesive surface of the first adhesion section and the second adhesion section, respectively when the first adhesion section and first RFID tag section are attached to each other and the second adhesion section and second RFID tag section are attached to each other, and wherein the RFID tag is structured to be broken when separated from the adhesive surface . an adhesive surface to which an adhesive is applied and RFID tags are attached; and a non-adhesive surface being a back side of the adhesive surface; characterized in that the sealing tape has basic sections repeatedly arranged on the adhesive surface and includes, in the following order, a first adhesion section, a second adhesion section, a first RFID tag section, and a second RFID tag section, wherein the first adhesion section, the second adhesion section, the first RFID tag section, and the second RFID tag section have the same lengths, wherein the RFID tags are arranged on an area adjacent to one side each of the first RIFD tag section and the second RFID tag section and directly attached to the adhesive surface of the first adhesion section and the second adhesion section, respectively when the first adhesion section and first RFID tag section are attached to each other and the second adhesion section and second RFID tag section are attached to each other, and wherein the RFID tag is structured to be broken when separated from the adhesive surface .
A tilt sensor comprising: a pressure sensor disposed to be movable relative to a detection target object and configured to detect pressure of a fluid; a tilt information detection unit ; and a movement mechanism configured to move the pressure sensor relative to the detection target object along a predetermined movement path, wherein the tilt information detection unit is arranged to detect tilt information of the detection target object according to the output of the pressure sensor and the movement information of the pressure sensor moved along the predetermined movement path by the movement mechanism , the tilt information detection unit being characterised by being arranged to perform synchronization detection according to a periodic output signal output from the pressure sensor moved along a predetermined movement path and a reference signal which corresponds to a tilt in a predetermined direction according to the movement information, and the tilt information detection unit being arranged to detect the tilt information of the detection target object according to a result of the synchronization detection. a pressure sensor disposed to be movable relative to a detection target object and configured to detect pressure of a fluid; a tilt information detection unit ; and a movement mechanism configured to move the pressure sensor relative to the detection target object along a predetermined movement path, wherein the tilt information detection unit is arranged to detect tilt information of the detection target object according to the output of the pressure sensor and the movement information of the pressure sensor moved along the predetermined movement path by the movement mechanism , the tilt information detection unit being characterised by being arranged to perform synchronization detection according to a periodic output signal output from the pressure sensor moved along a predetermined movement path and a reference signal which corresponds to a tilt in a predetermined direction according to the movement information, and the tilt information detection unit being arranged to detect the tilt information of the detection target object according to a result of the synchronization detection.
A memory cell, comprising: a select device including: a first electrode ; a first heater formed on the first electrode; a semiconductor material formed on the first heater; a second heater formed on the semiconductor material; a second electrode having a same geometry as the first electrode formed on the second heater; wherein the select device is configured to snap between resistive states in response to signals that are applied to the select device . a first electrode ; a first heater formed on the first electrode; a semiconductor material formed on the first heater; a second heater formed on the semiconductor material; a second electrode having a same geometry as the first electrode formed on the second heater; wherein the select device is configured to snap between resistive states in response to signals that are applied to the select device .
A gauging method for a plastic fuel tank mounted on a hybrid vehicle, said tank being equipped with a gauge that allows the volume of fuel present in the tank to be measured, according to which method: - the volume of fuel present in the tank is measured using the gauge; - the deformation of the tank is estimated using at least one sensor carried on board the vehicle; and - the volume measured by the gauge is corrected on the basis of the estimated deformation, characterized in that the on-board sensor is a working-life meter of the tank. - the volume of fuel present in the tank is measured using the gauge; - the deformation of the tank is estimated using at least one sensor carried on board the vehicle; and - the volume measured by the gauge is corrected on the basis of the estimated deformation,
An optical imaging system for a three-dimensional image acquisition apparatus, the optical imaging system comprising: an object lens adapted to focus light; a first image sensor adapted to sense light in a visible light band of the light focused by the object lens; and a second image sensor adapted to sense light in an infrared ray band of light transmitted through the first image sensor and characterized by further comprising: an optical shutter module disposed between the first image sensor and the second image sensor and adapted to transmit the light in the infrared ray band of the light transmitted through the first image sensor to the second image sensor, and in that the first image sensor includes an organic photoelectric device and comprises a material adapted to selectively absorb visible light and to enable infrared light to pass through the first image sensor. an object lens adapted to focus light; a first image sensor adapted to sense light in a visible light band of the light focused by the object lens; and a second image sensor adapted to sense light in an infrared ray band of light transmitted through the first image sensor and characterized by further comprising: an optical shutter module disposed between the first image sensor and the second image sensor and adapted to transmit the light in the infrared ray band of the light transmitted through the first image sensor to the second image sensor, and in that the first image sensor includes an organic photoelectric device and comprises a material adapted to selectively absorb visible light and to enable infrared light to pass through the first image sensor. an optical shutter module disposed between the first image sensor and the second image sensor and adapted to transmit the light in the infrared ray band of the light transmitted through the first image sensor to the second image sensor, and in that the first image sensor includes an organic photoelectric device and comprises a material adapted to selectively absorb visible light and to enable infrared light to pass through the first image sensor.
Eccentric drive for a hand-held power tool , having a motor , an eccentric wheel which is driven by the motor , a linear guide , a slide which is guided along an axis by the linear guide , a connecting rod which has a first head suspended on the slide and has a second head suspended on the eccentric wheel , wherein, in at least one of the two heads , which consists of an injection-moulding material, a bearing bush for rotatable mounting of the connecting rod is provided, characterized in that the bearing bush consists of a fibre composite material comprising continuous carbon fibres which are embedded in a thermoplastic matrix. a motor , an eccentric wheel which is driven by the motor , a linear guide , a slide which is guided along an axis by the linear guide , a connecting rod which has a first head suspended on the slide and has a second head suspended on the eccentric wheel , wherein, in at least one of the two heads , which consists of an injection-moulding material, a bearing bush for rotatable mounting of the connecting rod is provided, characterized in that the bearing bush consists of a fibre composite material comprising continuous carbon fibres which are embedded in a thermoplastic matrix.
A display device comprising a first display panel , a second display panel and a backlight , the first display panel is flexibly connected with the second display panel , the first display panel is provided at a light-exiting surface side of the backlight , the second display panel comprises a first surface and a second surface which are provided opposite to each other, the first display panel comprises a first pixel array , the second display panel comprises a second pixel array , the first pixel array comprises a plurality of first pixel units arranged regularly, the first pixel unit comprises a plurality of sub-pixels, the second pixel array comprises a plurality of second pixel units arranged regularly, the second pixel unit comprises a plurality of sub-pixels, wherein a light-exiting surface of the first display panel and the first surface of the second display panel are provided at a same side of the display device when the display panels are arranged side by side, the second display panel is transparent, and wherein the second display panel is capable of being overlapped with the first display panel along a first direction, so that the light-exiting surface of the first display panel is closely adjacent to and faces the first surface of the second display panel , and the second pixel array forms light-shielding regions and light-transmitting regions ; and the first pixel array forms a left image for a left eye of a viewer and a right image for a right eye of the viewer, so that the viewer can only see the left image by his left eye and only see the right image by his right eye through the light-shielding regions and the light-transmitting regions , the backlight is a double-sided illumination backlight , the double-sided illumination backlight comprises a first illumination side and a second illumination side opposite to the first illumination side, and the first display panel is located at the first illumination side of the double-sided illumination backlight , and the second display panel is also capable of being overlapped with the first display panel along a second direction, and the second illumination side of the double-sided illumination backlight is closely adjacent to and faces the second surface of the second display panel , the double-sided illumination backlight supplies light to the first display panel via the first illumination side of the double-sided illumination backlight and supplies light to the second display panel via the second illumination side of the double-sided illumination backlight , so that the first display panel displays a first display picture and the second display panel displays a second display picture, wherein the first direction is contrary to the second direction.
An isolated antibody, which binds to human TIM3, comprising a heavy chain CDR1 comprising the amino acid sequence set forth in SEQ ID NO: 41, a heavy chain CDR2 comprising the amino acid sequence set forth in SEQ ID NO: 122, and a heavy chain CDR3 comprising the amino acid sequence set forth in SEQ ID NO: 126, and a light chain CDR1 comprising the amino acid sequence set forth in SEQ ID NO: 64, a light chain CDR2 comprising the amino acid sequence set forth in SEQ ID NO: 66, and a light chain CDR3 comprising the amino acid sequence set forth in SEQ ID NO: 68.
A process for the activation of a catalyst comprising: (a) providing a reactor comprising a solid catalyst which is to be activated by reduction; (b) supplying a liquid feed stream and a reducing agent to the reactor; (c) operating the reactor such that the reducing agent causes activation of the catalyst; (d) recovering a liquid stream and a gas stream from the reactor; and wherein, the peak water concentration in the liquid stream recovered in step (d) is substantially maintained at less than 1.5 wt% by one or more of: controlling the water concentration of the liquid feed stream supplied in step (b); controlling the rate of recovery of the liquid stream recovered in step (d); and, removal of water produced within the reactor; wherein at least a portion of the liquid stream recovered in step (d), defining a recycle stream, is recycled and supplied to the reactor in step (b), and wherein the recycle stream is supplied directly to the reactor or combined with one, or both, of the liquid feed stream and the reducing agent before being supplied to the reactor. (a) providing a reactor comprising a solid catalyst which is to be activated by reduction; (b) supplying a liquid feed stream and a reducing agent to the reactor; (c) operating the reactor such that the reducing agent causes activation of the catalyst; (d) recovering a liquid stream and a gas stream from the reactor; controlling the water concentration of the liquid feed stream supplied in step (b); controlling the rate of recovery of the liquid stream recovered in step (d); and, removal of water produced within the reactor; wherein at least a portion of the liquid stream recovered in step (d), defining a recycle stream, is recycled and supplied to the reactor in step (b), and wherein the recycle stream is supplied directly to the reactor or combined with one, or both, of the liquid feed stream and the reducing agent before being supplied to the reactor.
A method for generating an animation rig comprising: obtaining a first reference module from a memory for generating a first node of a dependency graph of the animation rig and providing the first node to a rig interface , wherein the first reference module is a precomputed rig module corresponding to the first node; obtaining a second reference module from the memory for generating a second node of the dependency graph and providing the second node to the rig interface , wherein the second reference module is scripting language data executed for generating the second node; generating an association between the first node and the second node in response to an input defining the association; generating the animation rig using the first node and the second node; and providing the generated animation rig to the rig interface , characterised in that the first node is stored in a first layer of the rig interface and the second node is stored in a second layer of the rig interface , and wherein, upon selection of the second node in the rig interface , the second layer is identified and cleared prior to executing the scripting language data for generating the second node again. obtaining a first reference module from a memory for generating a first node of a dependency graph of the animation rig and providing the first node to a rig interface , wherein the first reference module is a precomputed rig module corresponding to the first node; obtaining a second reference module from the memory for generating a second node of the dependency graph and providing the second node to the rig interface , wherein the second reference module is scripting language data executed for generating the second node; generating an association between the first node and the second node in response to an input defining the association; generating the animation rig using the first node and the second node; and providing the generated animation rig to the rig interface , characterised in that the first node is stored in a first layer of the rig interface and the second node is stored in a second layer of the rig interface , and wherein, upon selection of the second node in the rig interface , the second layer is identified and cleared prior to executing the scripting language data for generating the second node again.
A refrigerant circuit system , comprising: a mainstream circuit which connects a plurality of compressors which compress a refrigerant, a use-side heat exchanger which condenses the refrigerant compressed by the compressor , a first expansion valve which depressurizes the refrigerant flowing out from the use-side heat exchanger , a receiver which stores some of the refrigerant depressurized by the first expansion valve , a second expansion valve which depressurizes the refrigerant flowing out from the receiver , and a heat-source-side heat exchanger which evaporates the refrigerant depressurized by the second expansion valve ; an injection circuit which branches some of the refrigerant flowing out from the receiver , supplies the branched refrigerant to a suction side of a predetermined compressor among the plurality of compressors ; and includes a third expansion valve which depressurizes the branched refrigerant and an intermediate heat exchanger which performs heat exchange between a refrigerant passing through the third expansion valve and a refrigerant passing through the mainstream circuit; and a control device ; characterized in that the control device is configured to switch between operation and non-operation of the injection circuit on the basis of a difference between an inlet temperature on an inlet side of the use-side heat exchanger of a use-side medium that receives a supply of heat by the use-side heat exchanger and an outlet temperature on an outlet side of the use-side heat exchanger of the use-side medium. a mainstream circuit which connects a plurality of compressors which compress a refrigerant, a use-side heat exchanger which condenses the refrigerant compressed by the compressor , a first expansion valve which depressurizes the refrigerant flowing out from the use-side heat exchanger , a receiver which stores some of the refrigerant depressurized by the first expansion valve , a second expansion valve which depressurizes the refrigerant flowing out from the receiver , and a heat-source-side heat exchanger which evaporates the refrigerant depressurized by the second expansion valve ; an injection circuit which branches some of the refrigerant flowing out from the receiver , supplies the branched refrigerant to a suction side of a predetermined compressor among the plurality of compressors ; and includes a third expansion valve which depressurizes the branched refrigerant and an intermediate heat exchanger which performs heat exchange between a refrigerant passing through the third expansion valve and a refrigerant passing through the mainstream circuit; and a control device ; characterized in that the control device is configured to switch between operation and non-operation of the injection circuit on the basis of a difference between an inlet temperature on an inlet side of the use-side heat exchanger of a use-side medium that receives a supply of heat by the use-side heat exchanger and an outlet temperature on an outlet side of the use-side heat exchanger of the use-side medium.
Method for performing a test run on a test stand with a drive unit , which is connected by means of a connecting shaft to a load machine for driving or loading the drive unit , wherein the load machine is controlled by a control device on the test stand for carrying out the test run and the drive unit is controlled by a drive unit controlling unit for carrying out the test run, wherein for performing the test run given time courses of a rotational speed and a torque of the drive unit are reproduced, wherein an inner effective torque (M INT_EFF ) of the drive unit is controlled by the drive unit controlling unit , wherein an inner effective actual torque (M INT_EFF_IST ) is determined during the operation of the drive unit on the test stand from measured values of the load machine and/or of the drive unit and/or of the connecting shaft and/or of a known mass inertia (I A ) of the drive unit , characterized in that an inner effective desired torque (M INT_EFF_SOLL ) is determined from the given courses of the rotational speed and the torque of the drive unit and a known mass inertia (I A ) of the drive unit .
A modular device comprising: a base including a connection electrode (TE) exposed to the outside of the modular device ; a body including a PCB electrically connected to the connection electrode (TE), the body mounted on the base ; a terminal mounted on the body and including a port electrically connected with the PCB ; wherein the base comprises: a first case ; and a second case coupled to the first case , wherein the first case includes: a first surface (120S1) facing the body ; and a plurality of slits formed on the first surface (120S1), wherein the second case comprises: at least one of ribs extending from the base toward the body and inserted into the plurality of slits , wherein at least one of the plurality of slits is empty with the at least one of ribs , wherein the PCB comprises a lower receiving portion such that the at least one of ribs is inserted into the lower receiving portion . a base including a connection electrode (TE) exposed to the outside of the modular device ; a body including a PCB electrically connected to the connection electrode (TE), the body mounted on the base ; a terminal mounted on the body and including a port electrically connected with the PCB ; wherein the base comprises: a first case ; and a second case coupled to the first case , wherein the first case includes: a first surface (120S1) facing the body ; and a plurality of slits formed on the first surface (120S1), wherein the second case comprises: at least one of ribs extending from the base toward the body and inserted into the plurality of slits , wherein at least one of the plurality of slits is empty with the at least one of ribs , wherein the PCB comprises a lower receiving portion such that the at least one of ribs is inserted into the lower receiving portion . a first case ; and a second case coupled to the first case , wherein the first case includes: a first surface (120S1) facing the body ; and a plurality of slits formed on the first surface (120S1), wherein the second case comprises: at least one of ribs extending from the base toward the body and inserted into the plurality of slits , wherein at least one of the plurality of slits is empty with the at least one of ribs , wherein the PCB comprises a lower receiving portion such that the at least one of ribs is inserted into the lower receiving portion . a first surface (120S1) facing the body ; and a plurality of slits formed on the first surface (120S1), wherein the second case comprises: at least one of ribs extending from the base toward the body and inserted into the plurality of slits , wherein at least one of the plurality of slits is empty with the at least one of ribs , wherein the PCB comprises a lower receiving portion such that the at least one of ribs is inserted into the lower receiving portion . at least one of ribs extending from the base toward the body and inserted into the plurality of slits , wherein at least one of the plurality of slits is empty with the at least one of ribs , wherein the PCB comprises a lower receiving portion such that the at least one of ribs is inserted into the lower receiving portion .