mhurhangee/patent-ind-claim-en huggingface dataset:
An injector comprising: an injector housing configured to receive a cartridge therein; an injection needle fluidly connectable with the cartridge and configured to pierce a skin surface of a subject; characterized in that it comprises an independent mounting module receivable within the injector housing , the mounting module comprising: a first mount , selectively securable within the injector housing , and having a cantilevered mounting arm extending therefrom; and a second mount attached to the cantilevered mounting arm and suspended therefrom, thereby being supported within the injector housing by the cantilevered mounting arm without additional underlying support from the housing , thereby dampening transmission of vibration to the injector housing ; a driving assembly mounted in the first mount , the driving assembly being engageable with the cartridge to expel a substance therefrom and through the injection needle ; and an actuator mounted in the second mount , the actuator being operatively connected with the driving assembly . an injector housing configured to receive a cartridge therein; an injection needle fluidly connectable with the cartridge and configured to pierce a skin surface of a subject; characterized in that it comprises an independent mounting module receivable within the injector housing , the mounting module comprising: a first mount , selectively securable within the injector housing , and having a cantilevered mounting arm extending therefrom; and a second mount attached to the cantilevered mounting arm and suspended therefrom, thereby being supported within the injector housing by the cantilevered mounting arm without additional underlying support from the housing , thereby dampening transmission of vibration to the injector housing ; a first mount , selectively securable within the injector housing , and having a cantilevered mounting arm extending therefrom; and a second mount attached to the cantilevered mounting arm and suspended therefrom, thereby being supported within the injector housing by the cantilevered mounting arm without additional underlying support from the housing , thereby dampening transmission of vibration to the injector housing ; a driving assembly mounted in the first mount , the driving assembly being engageable with the cartridge to expel a substance therefrom and through the injection needle ; and an actuator mounted in the second mount , the actuator being operatively connected with the driving assembly .
A cross-linkable rubber composition, the cross-linkable rubber composition comprising, per hundred parts by weight of rubber (phr): ≥ 1 phr to ≤ 100 phr of a rubber component selected from the group of styrene-butadiene rubber (SBR), polybutadiene rubber (BR), natural rubber (NR) or a mixture thereof; characterised in that the composition further comprises ≥ 1 phr to ≤ 50 phr of a thermoplastic elastomer (TPE) with a glass transition temperature of ≥ -30 °C (measured by DSC, according to ISO 22768), the composition further comprises an at least partially aliphatic resin component and the composition further comprises a blocked mercaptosilane and/or an unblocked mercaptosilane. ≥ 1 phr to ≤ 100 phr of a rubber component selected from the group of styrene-butadiene rubber (SBR), polybutadiene rubber (BR), natural rubber (NR) or a mixture thereof; characterised in that the composition further comprises ≥ 1 phr to ≤ 50 phr of a thermoplastic elastomer (TPE) with a glass transition temperature of ≥ -30 °C (measured by DSC, according to ISO 22768), the composition further comprises an at least partially aliphatic resin component and the composition further comprises a blocked mercaptosilane and/or an unblocked mercaptosilane.
A processor supporting the execution of multiple processes comprising: a translation lookaside buffer TLB comprising a plurality of ways, wherein each way is associated with a respective page size; and a processing core , communicatively coupled to the TLB , to: execute an instruction associated with a virtual memory page, wherein the instruction is associated with a process identified by a process identifier; identify a first way of the plurality of ways, wherein the first way is associated with a first page size; determine an index value using the virtual memory page and the first page size for the first way; determine, using the index value, a first TLB entry of the first way; and translate, using a memory address translation stored in the first TLB entry, the first virtual memory page to a first physical memory page, wherein to translate the first virtual memory address, the processing core is to translate based on at least one of a virtual address of the first virtual memory page or the process identifier; characterized in that the first TLB entry is further associated with a wild card identifier that, when set, indicates that first TLB entry is common to all processes. a translation lookaside buffer TLB comprising a plurality of ways, wherein each way is associated with a respective page size; and a processing core , communicatively coupled to the TLB , to: execute an instruction associated with a virtual memory page, wherein the instruction is associated with a process identified by a process identifier; identify a first way of the plurality of ways, wherein the first way is associated with a first page size; determine an index value using the virtual memory page and the first page size for the first way; determine, using the index value, a first TLB entry of the first way; and translate, using a memory address translation stored in the first TLB entry, the first virtual memory page to a first physical memory page, wherein to translate the first virtual memory address, the processing core is to translate based on at least one of a virtual address of the first virtual memory page or the process identifier; execute an instruction associated with a virtual memory page, wherein the instruction is associated with a process identified by a process identifier; identify a first way of the plurality of ways, wherein the first way is associated with a first page size; determine an index value using the virtual memory page and the first page size for the first way; determine, using the index value, a first TLB entry of the first way; and translate, using a memory address translation stored in the first TLB entry, the first virtual memory page to a first physical memory page, wherein to translate the first virtual memory address, the processing core is to translate based on at least one of a virtual address of the first virtual memory page or the process identifier; characterized in that the first TLB entry is further associated with a wild card identifier that, when set, indicates that first TLB entry is common to all processes.
A system for use in a well, comprising: a well casing having an interior surface and an exterior surface ; a male inductive coupler positioned at a desired interior location within the well casing , the male inductive coupler having: a male inductive coupler body ; and a male inductive coupler coil mounted in the male inductive coupler body ; and a female inductive coupler positioned at a desired location encircling the exterior of the well casing , the female inductive coupler having: a female inductive coupler body ; and a female inductive coupler coil mounted in the female inductive coupler body ; the female inductive coupler coil being generally radially aligned with the male inductive coupler coil to enable inductive transfer of signals across the well casing , characterised in that the female inductive coupler is sized and configured to slide along the exterior surface of the casing to be positioned at the desired exterior location. a well casing having an interior surface and an exterior surface ; a male inductive coupler positioned at a desired interior location within the well casing , the male inductive coupler having: a male inductive coupler body ; and a male inductive coupler coil mounted in the male inductive coupler body ; and a male inductive coupler body ; and a male inductive coupler coil mounted in the male inductive coupler body ; and a female inductive coupler positioned at a desired location encircling the exterior of the well casing , the female inductive coupler having: a female inductive coupler body ; and a female inductive coupler coil mounted in the female inductive coupler body ; a female inductive coupler body ; and a female inductive coupler coil mounted in the female inductive coupler body ; the female inductive coupler coil being generally radially aligned with the male inductive coupler coil to enable inductive transfer of signals across the well casing , characterised in that the female inductive coupler is sized and configured to slide along the exterior surface of the casing to be positioned at the desired exterior location.
Servo door closer , comprising - an output shaft , - a drive mechanism operatively connected to the output shaft , - a mechanical energy accumulator acting on the drive mechanism for storing closing energy for the door leaf, - a motor/generator unit operatively connected to the output shaft , and - an electrical energy accumulator electrically connected to the motor/generator unit for storing assisting energy for the door leaf, characterised in that the motor/generator unit is formed to assist a manual opening of the door leaf only in the door angle range of 0° to 45°, in particular only from 0° to 30°, in particular only from 0° to 25°, and the motor/generator unit is formed to assist a closure of the door leaf only in the door angle range of 0° to 45°, in particular only from 0° to 30°, in particular only from 0° to 25°. - an output shaft , - a drive mechanism operatively connected to the output shaft , - a mechanical energy accumulator acting on the drive mechanism for storing closing energy for the door leaf, - a motor/generator unit operatively connected to the output shaft , and - an electrical energy accumulator electrically connected to the motor/generator unit for storing assisting energy for the door leaf, the motor/generator unit is formed to assist a manual opening of the door leaf only in the door angle range of 0° to 45°, in particular only from 0° to 30°, in particular only from 0° to 25°, and the motor/generator unit is formed to assist a closure of the door leaf only in the door angle range of 0° to 45°, in particular only from 0° to 30°, in particular only from 0° to 25°.
An additive manufacturing system , comprising: an energy beam system comprising one or more energy beam sources; and a position measurement system comprising a position measurement assembly attached to the energy beam system , the position measurement assembly comprising one or more position sensors and one or more mounting brackets attaching the one or more position sensors to the energy beam system ; wherein the energy beam system is situated in a fixed position relative to a reference plane , the reference plane coinciding with an expected position of a build plane ; and wherein the position measurement system is configured to determine a position of the build plane relative to the reference plane and to adjust the reference plane based at least in part on the determined position of the build plane , wherein the position measurement system is configured to compare the position of the build plane to a corresponding position of the reference plane and to adjust the position of the reference plane based at least in part on the comparison of the position of the build plane to the corresponding position of the reference plane , wherein comparing the position of the build plane to the corresponding position of the reference plane comprises: determining at least two error values indicating a divergence of the build plane relative to the reference plane , the at least two error values determined at least in part by comparing at least two build plane-points to at least two corresponding reference plane -points. an energy beam system comprising one or more energy beam sources; and a position measurement system comprising a position measurement assembly attached to the energy beam system , the position measurement assembly comprising one or more position sensors and one or more mounting brackets attaching the one or more position sensors to the energy beam system ; wherein the energy beam system is situated in a fixed position relative to a reference plane , the reference plane coinciding with an expected position of a build plane ; and wherein the position measurement system is configured to determine a position of the build plane relative to the reference plane and to adjust the reference plane based at least in part on the determined position of the build plane , wherein the position measurement system is configured to compare the position of the build plane to a corresponding position of the reference plane and to adjust the position of the reference plane based at least in part on the comparison of the position of the build plane to the corresponding position of the reference plane , wherein comparing the position of the build plane to the corresponding position of the reference plane comprises: determining at least two error values indicating a divergence of the build plane relative to the reference plane , the at least two error values determined at least in part by comparing at least two build plane-points to at least two corresponding reference plane -points.
A power distribution system for detecting and repairing all electrical faults, the power distribution system comprising: at least one of a power side detection/recovery unit and at least one of a load side detection/recovery unit , each having a neutral point, wherein the power side detection/recovery unit is connected in parallel to a power side of a power line and a neutral line and a load side detection/recovery unit is connected in parallel to a load side in which the power line and the neutral line are connected to a load, or is linked to at least one load equipment which is connected to the power line and the neutral line, wherein the neutral point of the power side detection/recovery unit and the neutral point of the load side detection/recovery unit are electrically connected to each other so that when an electrical fault due to an arc, an increase in resistance, a disconnection, an open phase, unbalanced power, a connection failure, an incorrect wire connection, electric leakage, or a short circuit occurs in any one of the electrical equipment, the power line, the neutral line, and the power side detection/recovery unit, at least one of the power side detection/recovery unit and the load side detection/recovery unit detects the electrical fault according to a location of a faulty section, a fault place, and a fault circuit where the electrical fault occurs and performs at least one of recovery, breaking, alarming, notification, monitoring, and control on the location where the electrical fault occurs. at least one of a power side detection/recovery unit and at least one of a load side detection/recovery unit , each having a neutral point, wherein the power side detection/recovery unit is connected in parallel to a power side of a power line and a neutral line and a load side detection/recovery unit is connected in parallel to a load side in which the power line and the neutral line are connected to a load, or is linked to at least one load equipment which is connected to the power line and the neutral line, wherein the neutral point of the power side detection/recovery unit and the neutral point of the load side detection/recovery unit are electrically connected to each other so that when an electrical fault due to an arc, an increase in resistance, a disconnection, an open phase, unbalanced power, a connection failure, an incorrect wire connection, electric leakage, or a short circuit occurs in any one of the electrical equipment, the power line, the neutral line, and the power side detection/recovery unit, at least one of the power side detection/recovery unit and the load side detection/recovery unit detects the electrical fault according to a location of a faulty section, a fault place, and a fault circuit where the electrical fault occurs and performs at least one of recovery, breaking, alarming, notification, monitoring, and control on the location where the electrical fault occurs.
A transmission device comprising: a distribution unit configured to distribute packet data configuring a packet that stores data to be transmitted into a plurality of lanes; a plurality of signal processing units configured to transmit data streams having same data structures including the distributed packet data to a reception device by using the plurality of lanes in parallel; characterized in further comprising: a control unit configured to, in a case where the data stream is transmitted in a predetermined mode, when a parameter that defines the processing of a physical layer is changed, switch transmission of the data stream in the mode defined by the changed parameter is started after training processing for performing data synchronization and correction of a difference between data timings of the lanes by the reception device is executed or when a parameter that defines the processing of a link layer is changed, switch transmission of the data stream in the mode defined by the changed parameter is started without executing the training processing according to a type of the parameter to be changed. a distribution unit configured to distribute packet data configuring a packet that stores data to be transmitted into a plurality of lanes; a plurality of signal processing units configured to transmit data streams having same data structures including the distributed packet data to a reception device by using the plurality of lanes in parallel; characterized in further comprising: a control unit configured to, in a case where the data stream is transmitted in a predetermined mode, when a parameter that defines the processing of a physical layer is changed, switch transmission of the data stream in the mode defined by the changed parameter is started after training processing for performing data synchronization and correction of a difference between data timings of the lanes by the reception device is executed or when a parameter that defines the processing of a link layer is changed, switch transmission of the data stream in the mode defined by the changed parameter is started without executing the training processing according to a type of the parameter to be changed.
A combined setting welding device designed to set stud-like welding auxiliary joining parts in at least one first layer of material (A) and to mechanically-thermally deform these at a second layer of material (B) made of electrically conductive material or at an electrically conductive area of a second layer of material (B) and to connect these in a material-fit manner by a welding operation in the contact area, wherein the setting welding device has the following features: - a driven punch , which is movable with a setting force of at least 5 kN, preferably at least 8 kN, against an oppositely arranged counter support , wherein - the punch and the counter support are designed electrically conductively and connectable with an electrical current source so that the punch and the counter support each form one welding electrode, and the combined setting welding device is characterized in that it further comprises - an electronic control system of the setting welding device with a combined control and/or regulation device so that combined mechanical and electrical loads are generatable via the punch and the counter support at the welding auxiliary joining part, wherein the combined mechanical and electrical loads ensure a mechanically and thermally supported penetration of the at least one first layer of material (A) and a planar welding with the second layer of material (B). - a driven punch , which is movable with a setting force of at least 5 kN, preferably at least 8 kN, against an oppositely arranged counter support , wherein - the punch and the counter support are designed electrically conductively and connectable with an electrical current source so that the punch and the counter support each form one welding electrode, and the combined setting welding device is characterized in that it further comprises - an electronic control system of the setting welding device with a combined control and/or regulation device so that combined mechanical and electrical loads are generatable via the punch and the counter support at the welding auxiliary joining part, wherein the combined mechanical and electrical loads ensure a mechanically and thermally supported penetration of the at least one first layer of material (A) and a planar welding with the second layer of material (B).
A computer-implemented method for encoding an application memory that a program, executed on a computer, has access to, using a shadow memory corresponding to the application memory, the method comprising: - creating and initializing a primary shadow memory, each byte in the application memory being mapped to a corresponding byte in the primary shadow memory, characterised by - for each memory block (AM) in the application memory that the program allocates, encoding a corresponding primary shadow memory block (PSM), in the primary shadow memory, by: • comparing the length L of the memory block (AM) with a predetermined value T and, if L is smaller or equal to T, • for each byte p in the primary shadow memory block (PSM) corresponding to a byte b in the application memory block (AM), writing in Nb bits of the byte p, a first code value that encodes the length of the memory block (AM) and the offset of the byte b within the memory block (AM). - creating and initializing a primary shadow memory, each byte in the application memory being mapped to a corresponding byte in the primary shadow memory, characterised by - for each memory block (AM) in the application memory that the program allocates, encoding a corresponding primary shadow memory block (PSM), in the primary shadow memory, by: • comparing the length L of the memory block (AM) with a predetermined value T and, if L is smaller or equal to T, • for each byte p in the primary shadow memory block (PSM) corresponding to a byte b in the application memory block (AM), writing in Nb bits of the byte p, a first code value that encodes the length of the memory block (AM) and the offset of the byte b within the memory block (AM). • comparing the length L of the memory block (AM) with a predetermined value T and, if L is smaller or equal to T, • for each byte p in the primary shadow memory block (PSM) corresponding to a byte b in the application memory block (AM), writing in Nb bits of the byte p, a first code value that encodes the length of the memory block (AM) and the offset of the byte b within the memory block (AM).
Surgical bone preparation instrument comprising a main body terminated by a contacting surface adapted to abut on a bone (B), and a sliding body equipped with a cutting element and which is movable in translation with respect to the main body , the bone preparation instrument including a cutting depth control ring that is adjustable by a single hand, which forms an abutment surface against the movement of one of the main body and the sliding body when the sliding body reaches an adjusted cutting depth (D) corresponding to an adjustment position of the control ring , characterised in that the main body comprises a radial pin extending in an oblong hole of the sliding body , the abutment surface of the cutting depth control ring acting as an axial stop on the radial pin .