mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling an internal combustion engine with a plurality of cylinders (101-104), the method comprising - injecting (S5) a first gaseous fuel, at a first pressure, into at least a first cylinder (102-104) of the cylinders, in a first combustion mode, - wherein a first gas injection system is provided for said step of injecting (S5) the first gaseous fuel, - the method further comprising - accumulating (S2) in a container first gaseous fuel from the first gas injection system, - simultaneously with said step of injecting (S5) the first gaseous fuel providing (S6) a second gaseous fuel, at a second pressure which is different than the first pressure, for at least a second cylinder of the cylinders, - and supplying the second gaseous fuel for the second gaseous fuel provision from the container , - characterized in that said simultaneous provision of the second gaseous fuel is in a second combustion mode which is dissimilar to the first combustion mode, wherein the second cylinder is not the first cylinder, wherein the step of simultaneously providing the second gaseous fuel for at least a second cylinder of the cylinders, includes providing the second gaseous fuel for one or more of the cylinders, but less than all cylinders. - injecting (S5) a first gaseous fuel, at a first pressure, into at least a first cylinder (102-104) of the cylinders, in a first combustion mode, - wherein a first gas injection system is provided for said step of injecting (S5) the first gaseous fuel, - the method further comprising - accumulating (S2) in a container first gaseous fuel from the first gas injection system, - simultaneously with said step of injecting (S5) the first gaseous fuel providing (S6) a second gaseous fuel, at a second pressure which is different than the first pressure, for at least a second cylinder of the cylinders, - and supplying the second gaseous fuel for the second gaseous fuel provision from the container , - characterized in that said simultaneous provision of the second gaseous fuel is in a second combustion mode which is dissimilar to the first combustion mode, wherein the second cylinder is not the first cylinder, wherein the step of simultaneously providing the second gaseous fuel for at least a second cylinder of the cylinders, includes providing the second gaseous fuel for one or more of the cylinders, but less than all cylinders.
An optical probe comprising: an optical fiber assembly including an optical fiber ; an optical lens assembly including a first lens having a first lens end surface and a second lens having a second lens end surface confronting the first lens end surface, a generally planar second lens angled surface , and a second lens exit surface arranged such that light reflected by the second lens angled surface is directed towards the second lens exit surface, wherein the second lens end surface of the second lens is attached to the first lens end surface by a first adhesive , wherein the second lens end surface is arranged at a predetermined angle relative to the second lens angled surface such that a light beam entering the second lens at the second lens end surface is reflected at the second lens angled surface, and wherein the second lens is a prism lens; and a first cover attached to and circumferentially surrounding the optical fiber assembly, characterized in that : the first adhesive or a second adhesive attaches the first lens to the first cover, and in that the first adhesive at least partially circumferentially surrounds the second lens end surface and is bounded by the first cover. an optical fiber assembly including an optical fiber ; an optical lens assembly including a first lens having a first lens end surface and a second lens having a second lens end surface confronting the first lens end surface, a generally planar second lens angled surface , and a second lens exit surface arranged such that light reflected by the second lens angled surface is directed towards the second lens exit surface, wherein the second lens end surface of the second lens is attached to the first lens end surface by a first adhesive , wherein the second lens end surface is arranged at a predetermined angle relative to the second lens angled surface such that a light beam entering the second lens at the second lens end surface is reflected at the second lens angled surface, and wherein the second lens is a prism lens; and wherein the second lens end surface of the second lens is attached to the first lens end surface by a first adhesive , wherein the second lens end surface is arranged at a predetermined angle relative to the second lens angled surface such that a light beam entering the second lens at the second lens end surface is reflected at the second lens angled surface, and wherein the second lens is a prism lens; and a first cover attached to and circumferentially surrounding the optical fiber assembly, characterized in that : the first adhesive or a second adhesive attaches the first lens to the first cover, and in that the first adhesive at least partially circumferentially surrounds the second lens end surface and is bounded by the first cover.
Rotary machine for the treatment of containers , comprising: a stationary underframe ; a rotatable container table for receiving the containers ; a motor designed as an internal rotor for directly driving the container table ; a bearing for supporting the container table and/or a supporting structure connected thereto in a rotationally fixed manner on the underframe radially outside the motor ; and a rotary encoder for determining the rotational position of the container table , characterized in that the rotary encoder is arranged radially outside the motor and comprises a sensor that is stationary and connected to the underframe and a measuring standard for the sensor , formed / fastened to the container table or to the supporting structure .
A surgical cutting and stapling instrument comprising a first jaw and a second jaw , one or more sensors adapted to determine tissue pressure and at least one processor and operatively associated memory , the instrument configured to: repeatedly determine during a closure motion of the jaws (302, 304; 306) an average tissue pressure applied to tissue being clamped between the jaws (302, 304; 306) using the one or more sensors and determine as a parameter the rate of change (P1, P2) of average tissue pressure; store an acceptable value for the parameter; store a first control measure; store a second control measure; and execute the first control measure if the parameter has not exceeded the acceptable value, the first control measure determining the closure rate of the first jaw and the second jaw of the instrument ; in response to determining that the parameter has exceeded the acceptable value, execute the second control measure, wherein the second control measure decreases the closure rate of the first jaw and the second jaw of the instrument compared with the first control measure. repeatedly determine during a closure motion of the jaws (302, 304; 306) an average tissue pressure applied to tissue being clamped between the jaws (302, 304; 306) using the one or more sensors and determine as a parameter the rate of change (P1, P2) of average tissue pressure; store an acceptable value for the parameter; store a first control measure; store a second control measure; and execute the first control measure if the parameter has not exceeded the acceptable value, the first control measure determining the closure rate of the first jaw and the second jaw of the instrument ; in response to determining that the parameter has exceeded the acceptable value, execute the second control measure, wherein the second control measure decreases the closure rate of the first jaw and the second jaw of the instrument compared with the first control measure.
Method for obtaining a composition, comprising the following steps: a) purification of monocytes from a sample in sterile conditions; b) culturing the purified monocytes in serum free medium with tissue-specific cells; c) collection the supernatant comprising growth factors and/or cytokines produced by the culture of step b); d) cryopreservation of the supernatant collected in step c) at a temperature between -35 and -165 °C, wherein the tissue-specific cells are selected from the group consisting of myocytes, skeletal muscle cells, muscle satellite cells, tenocytes, Schwann cells, chondrocytes, synoviocytes, lymphocytes, hair follicle cells, myocardia cells, mesenchymal stem cells or combinations thereof; wherein the composition is for tissue regeneration of musculoskeletal injuries. a) purification of monocytes from a sample in sterile conditions; b) culturing the purified monocytes in serum free medium with tissue-specific cells; c) collection the supernatant comprising growth factors and/or cytokines produced by the culture of step b); d) cryopreservation of the supernatant collected in step c) at a temperature between -35 and -165 °C, wherein the tissue-specific cells are selected from the group consisting of myocytes, skeletal muscle cells, muscle satellite cells, tenocytes, Schwann cells, chondrocytes, synoviocytes, lymphocytes, hair follicle cells, myocardia cells, mesenchymal stem cells or combinations thereof; wherein the composition is for tissue regeneration of musculoskeletal injuries.
A belt for an elevator system comprising: a plurality of tension members arranged along a belt width ; a jacket material at least partially encapsulating the plurality of tension members , the jacket material comprising a traction surface and a back surface opposite the traction surface together defining a belt thickness therebetween, the jacket material further comprising two end surfaces extending between the traction surface and the back surface and defining the belt width therebetween; and a metalized polymer coating layer disposed over at least one of the two end surfaces , characterised in that the jacket material comprises a groove ; and the metalized polymer coating layer comprises a tongue interlocked within the groove . a plurality of tension members arranged along a belt width ; a jacket material at least partially encapsulating the plurality of tension members , the jacket material comprising a traction surface and a back surface opposite the traction surface together defining a belt thickness therebetween, the jacket material further comprising two end surfaces extending between the traction surface and the back surface and defining the belt width therebetween; and a metalized polymer coating layer disposed over at least one of the two end surfaces , characterised in that the jacket material comprises a groove ; and the metalized polymer coating layer comprises a tongue interlocked within the groove .
A control method for an air-conditioner indoor unit , the air-conditioner indoor unit comprising a housing , a drain pan , an air deflector , a movable cover plate , and a sweeping strip , the housing having an air outlet , the air deflector being rotatably arranged at the air outlet , the air deflector being provided with micro holes , the movable cover plate being movably arranged at a front side of the housing to open or close the air outlet , the sweeping strip being arranged to the movable cover plate and configured to sweep condensate water on the air deflector , the drain pan being arranged at a bottom of the air outlet and configured to receive the condensate water from the air deflector , and an orthographic projection of the air deflector on the drain pan being located in the drain pan in a windless feeling mode; the control method comprising: S10: starting the windless feeling mode by the air-conditioner indoor unit ; S20: when the air-conditioner indoor unit receives an instruction of ending the windless feeling mode, controlling the movable cover plate to move back and forth between closing the air outlet and opening the air outlet for n times, so as to drive the sweeping strip to move to sweep the condensate water on a surface of the air deflector , wherein n>0; S30: ending the windless feeling mode. S10: starting the windless feeling mode by the air-conditioner indoor unit ; S20: when the air-conditioner indoor unit receives an instruction of ending the windless feeling mode, controlling the movable cover plate to move back and forth between closing the air outlet and opening the air outlet for n times, so as to drive the sweeping strip to move to sweep the condensate water on a surface of the air deflector , wherein n>0; S30: ending the windless feeling mode.
A stator core with a reinforced coupling structure, the stator core comprising: a bent stator core body comprising a plurality of teeth protrusively formed at a predetermined interval in the same direction; a fixing unit provided in a complementary shape at both ends of the stator core body for fixing the stator core body in a cylindrical shape after bending; an insulator comprising a first insulator and a second insulator discretely formed, each of the first and second insulators being integrally formed in a mold to wrap the stator core body and the teeth simultaneously, characterized in that the stator core body has a plurality of hook units each having a complementary shape around a protrusion of the adjacent teeth to maintain a cylindrical shape in a bending process; and in that the first and the second insulators each comprises a bottleneck formed at a position corresponding to each hook unit , such that the bottle neck is fractured by bending the stator core body wrapped by the insulator in a cylindrical shape. a bent stator core body comprising a plurality of teeth protrusively formed at a predetermined interval in the same direction; a fixing unit provided in a complementary shape at both ends of the stator core body for fixing the stator core body in a cylindrical shape after bending; an insulator comprising a first insulator and a second insulator discretely formed, each of the first and second insulators being integrally formed in a mold to wrap the stator core body and the teeth simultaneously, characterized in that the stator core body has a plurality of hook units each having a complementary shape around a protrusion of the adjacent teeth to maintain a cylindrical shape in a bending process; and in that the first and the second insulators each comprises a bottleneck formed at a position corresponding to each hook unit , such that the bottle neck is fractured by bending the stator core body wrapped by the insulator in a cylindrical shape.
A sole structure for an article of footwear comprising: a base component and a wedge component ; multiple support fins arranged at medial and lateral sides of the wedge component , the base component having a forefoot region, a midfoot region, and a heel region, the wedge component extending from the midfoot region to the heel region, overlying a rearward base portion of the base component , and tapering in height from a rear extent of the wedge component to a foremost extent of the wedge component , the wedge component including a central portion extending through a substantial majority or an entirety of the longitudinal length of the wedge component ; and wherein the base component is more compressible than the wedge component . a base component and a wedge component ; multiple support fins arranged at medial and lateral sides of the wedge component , the base component having a forefoot region, a midfoot region, and a heel region, the wedge component extending from the midfoot region to the heel region, overlying a rearward base portion of the base component , and tapering in height from a rear extent of the wedge component to a foremost extent of the wedge component , the wedge component including a central portion extending through a substantial majority or an entirety of the longitudinal length of the wedge component ; and wherein the base component is more compressible than the wedge component .
A terminal comprising: a receiving section configured to receive information used for scheduling of a physical uplink shared channel (PUSCH); and a control section characterised by being configured to, when the information comprises downlink control information (DCI) format 0_0 received in a User Equipment(UE)-specific search space or when the information comprises DCI format 0_0 received in a common search space and having a Cyclic Redundancy Check (CRC) scrambled by Cell-Radio Network Temporary Identifier (C-RNTI), control transmission of the PUSCH based on a time domain resource allocation list referenced for DCI format 0_1. a receiving section configured to receive information used for scheduling of a physical uplink shared channel (PUSCH); and a control section characterised by being configured to, when the information comprises downlink control information (DCI) format 0_0 received in a User Equipment(UE)-specific search space or when the information comprises DCI format 0_0 received in a common search space and having a Cyclic Redundancy Check (CRC) scrambled by Cell-Radio Network Temporary Identifier (C-RNTI), control transmission of the PUSCH based on a time domain resource allocation list referenced for DCI format 0_1.
A computer implemented method for adjusting a fastener setting tool, the method comprising: measuring a first parameter associated with a first characteristic of the fastener setting tool, wherein the first characteristic comprises one of a torque of a motor of the fastener setting tool or a velocity of a setting portion of the fastener setting tool; comparing the first parameter to a predetermined parameter, wherein the difference between the first parameter and the predetermined parameter represents a condition of the fastener setting tool; calculating an adjustment based on the comparison, wherein the adjustment is to a second characteristic of the fastener setting tool, the second characteristic comprising the other of a torque of a motor of the fastener setting tool or a velocity of a setting portion of the fastener setting tool, the adjustment configured to compensate for the condition of the tool; and applying said adjustment to the fastener setting tool. measuring a first parameter associated with a first characteristic of the fastener setting tool, wherein the first characteristic comprises one of a torque of a motor of the fastener setting tool or a velocity of a setting portion of the fastener setting tool; comparing the first parameter to a predetermined parameter, wherein the difference between the first parameter and the predetermined parameter represents a condition of the fastener setting tool; calculating an adjustment based on the comparison, wherein the adjustment is to a second characteristic of the fastener setting tool, the second characteristic comprising the other of a torque of a motor of the fastener setting tool or a velocity of a setting portion of the fastener setting tool, the adjustment configured to compensate for the condition of the tool; and applying said adjustment to the fastener setting tool.
A transmission apparatus comprising: a communication section adapted to send a plurality of pieces of non-realtime, NRT, content that can be stored in a cache section of a reception apparatus and selected and output during a content output time of a given duration between broadcasting programs on the reception apparatus ; and a data processing section adapted to determine a transmission order of the plurality of pieces of NRT content, wherein the data processing section is configured to specify a delivery priority for each of the plurality of pieces of NRT content as a priority decision criterion about caching, wherein the delivery priority is proportional to a likelihood for viewing the respective piece of NRT content, send information on the delivery priority to the reception apparatus , and perform a transmission order determination process of arranging a transmission time of NRT content having a higher delivery priority closest to the content output time and arranging a transmission time of NRT content having a lower delivery priority before the transmission time of NRT content having a higher priority, deliver, in accordance with the determined transmission order and in parallel to a broadcasting program, the plurality of pieces of NRT content to the reception apparatus immediately before the content output time. a communication section adapted to send a plurality of pieces of non-realtime, NRT, content that can be stored in a cache section of a reception apparatus and selected and output during a content output time of a given duration between broadcasting programs on the reception apparatus ; and a data processing section adapted to determine a transmission order of the plurality of pieces of NRT content, wherein the data processing section is configured to specify a delivery priority for each of the plurality of pieces of NRT content as a priority decision criterion about caching, wherein the delivery priority is proportional to a likelihood for viewing the respective piece of NRT content, send information on the delivery priority to the reception apparatus , and perform a transmission order determination process of arranging a transmission time of NRT content having a higher delivery priority closest to the content output time and arranging a transmission time of NRT content having a lower delivery priority before the transmission time of NRT content having a higher priority, deliver, in accordance with the determined transmission order and in parallel to a broadcasting program, the plurality of pieces of NRT content to the reception apparatus immediately before the content output time.
Method for using a service of a mobile packet core network in a communication system comprising a mobile device (UE), a node (ePDG or TTG), the mobile packet core network and a wireless radio access network, whereby the mobile device accesses the mobile packet core network via the wireless radio access network, whereby the mobile device determines during a setup of a connection to the wireless radio access network whether the wireless radio access network is a trustworthy wireless radio access network and at least if the wireless radio access network is not trustworthy establishes a secure tunnel connection to the node of the communication system for triggering a usage of a service of the mobile packet core network by an authentication entity (AAA), said method being characterised in that the secure tunnel connection is established by using a token stored within the mobile device (UE) whereby the mobile device (UE) has received the token from the node (ePDG or TTG) whereby the token comprises at least a certificate for authentication to the authentication entity (AAA), a MSISDN or a virtual MSISDN and/or an IMSI or a virtual IMSI allocated to the user of the mobile device (UE) and whereby the token is generated by the node (ePDG or TTG) using general security mechanisms, in particular TPM or MD5, wherein the node transmits the generated token to a provisioning system for verifying the generated token at the first time when a usage of a service of the mobile packet core network is requested by the mobile device (UE).