mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an article having an upper surface of plastics material provided with an anti-slip feature in the upper surface, the method including the steps of: providing a roller with a surface pattern configured to create a desired anti-slip feature , providing a sheet of plastics material having an upper surface and a lower surface, embossing the upper surface of the sheet of plastics material with the roller, characterised in that a textured finish having a plurality of raised areas having a substantially uniform height of 80 μ m is created by the embossing, the embossing providing the anti-slip feature, and using the sheet of plastics material to form the article, the article comprising a shower tray, bath or tub, wherein the upper surface of the sheet having the textured finish forms the upper surface of the shower tray, bath or tub. providing a roller with a surface pattern configured to create a desired anti-slip feature , providing a sheet of plastics material having an upper surface and a lower surface, embossing the upper surface of the sheet of plastics material with the roller, characterised in that a textured finish having a plurality of raised areas having a substantially uniform height of 80 μ m is created by the embossing, the embossing providing the anti-slip feature, and using the sheet of plastics material to form the article, the article comprising a shower tray, bath or tub, wherein the upper surface of the sheet having the textured finish forms the upper surface of the shower tray, bath or tub.
A composition comprising recombinant plasmid pCON44-74 as shown in Figure 3.
A mesoporous silica material having pores in range of 2 to 50 nm for use as a pharmaceutical or medicament, wherein the average pore size of the pores in range of 2 to 50 nm is in the range of 7 to 15 nm, and the pore size distribution (PSD) of the pores in range of 2 to 50 nm is such that at least 80% of the pores fall within the range of 2 to 25 nm, wherein the silica material is not administered with other pharmaceutical active compounds.
A genetically modified immunodeficient mouse whose genome comprises a genetic modification, wherein the genetic modification renders the mouse deficient in macrophages and/or macrophage anti-human red blood cell activity so as to prolong the survival of human red blood cells when administered into said mouse, wherein the genetic modification is a mutation of a lysosomal trafficking regulator gene, wherein the mouse is a Lyst null immunodeficient mouse.
A method of reducing a leak or a risk of a leak of a pipe system, the method comprising: a. introducing a sealing composition into said pipe system ; b. removing gases from said pipe system and filling the pipe system with said sealing composition ; c. applying pressure to said sealing composition within said pipe system ; d. draining said pipe system partially of said sealing composition and collecting the drained sealing composition; wherein the method is characterized in that said sealing composition is a single component composition comprising metal powder and xylenes, and said partial draining leaves a film of said sealing composition onto the inner surface of said pipe system. a. introducing a sealing composition into said pipe system ; b. removing gases from said pipe system and filling the pipe system with said sealing composition ; c. applying pressure to said sealing composition within said pipe system ; d. draining said pipe system partially of said sealing composition and collecting the drained sealing composition; wherein the method is characterized in that said sealing composition is a single component composition comprising metal powder and xylenes, and said partial draining leaves a film of said sealing composition onto the inner surface of said pipe system.
A device for mechanically sorting a solid biological entity, wherein the sorting is based on an optical parameter of said biological entity, said device comprising: - a channel having a proximal end , a distal end and an elongated body therebetween, said proximal end being operatively connectable with a reservoir comprising said biological entity; - means for detecting and analysing an optical parameter of said biological entity; and - a selector operatively connected with the distal end of said channel and with said means for detecting and analysing an optical parameter, said selector being shaped as a gearwheel comprising a plurality of slots shaped to accommodate the biological entity, wherein the selector can switch from a rest position to a sorting position, preferably at least two sorting positions, based on the detection and analysis of the said optical parameter of the biological entity; characterized in that said means are adapted to perform detection and analysis when the said biological entity is located within a slot . - a channel having a proximal end , a distal end and an elongated body therebetween, said proximal end being operatively connectable with a reservoir comprising said biological entity; - means for detecting and analysing an optical parameter of said biological entity; and - a selector operatively connected with the distal end of said channel and with said means for detecting and analysing an optical parameter, said selector being shaped as a gearwheel comprising a plurality of slots shaped to accommodate the biological entity, wherein the selector can switch from a rest position to a sorting position, preferably at least two sorting positions, based on the detection and analysis of the said optical parameter of the biological entity;
A vacuum pump having a disconnectable drive coupling , the disconnectable drive coupling including an input shaft , a co-axial output shaft and a coupling sleeve movable axially of the shafts , said disconnectable drive coupling further having a speed synchronising clutch and drive formations provided on both shafts , wherein said coupling sleeve is resiliently urged to an engaged condition where the input shaft is coupled for rotation with the output shaft via the drive formations , the coupling sleeve forming part of an annular piston , characterised in that the coupling sleeve is movable in response to an increase in fluid pressure to achieve a disengaged condition where the input shaft is decoupled from rotation with the output shaft .
A method for adaptive reception, the method comprising: receiving, by a user equipment, UE, an indicator from a first cell, the indicator indicating that the UE should monitor a second cell; receiving, by the UE, from the second cell a subframe comprising subcarriers, wherein a reference signal is provided at the first symbol position of the subframe in the majority of the subcarriers of the subframe; determining, by the UE, at least one channel characteristic of a channel for communication with the second cell based on the reference signals; and initiating, by the UE, a data link with the second cell. receiving, by a user equipment, UE, an indicator from a first cell, the indicator indicating that the UE should monitor a second cell; receiving, by the UE, from the second cell a subframe comprising subcarriers, wherein a reference signal is provided at the first symbol position of the subframe in the majority of the subcarriers of the subframe; determining, by the UE, at least one channel characteristic of a channel for communication with the second cell based on the reference signals; and initiating, by the UE, a data link with the second cell.
A fuel injection valve for a large diesel engine, with a nozzle head which has at least one nozzle hole through which a fuel can be introduced into a combustion chamber , with a fuel pipe through which the fuel can be introduced under a high pressure into a pressure chamber , with a nozzle needle which is loaded with a spring , with a first valve seat , which is designed to cooperate with the nozzle needle in such a way that, in an open state of the nozzle needle , a flow connection between the pressure chamber and the nozzle head is opened, and that, in a closed state, the nozzle needle cooperates in a sealing manner with the first valve seat , so that the flow connection between the pressure chamber and the nozzle head is closed, with a movable actuating piston , which is designed to move the nozzle needle from the open state to the closed state by a stroke movement, and with a control chamber for moving the actuating piston from a first position, in which the nozzle needle is in the open state, to a second position, in which the nozzle needle is in the closed state, wherein the control chamber receives one end of the actuating piston , characterized in that an intermediate chamber is provided, which can be connected to the control chamber via a closable flow connection , wherein the end of the actuating piston is designed as a closing body which closes the flow connection between the control chamber and the intermediate chamber when the actuating piston is in the first position, wherein a closable opening throttle is provided, with which the intermediate chamber can be connected to an outlet for the fuel, wherein a first closing throttle is provided which connects the control chamber to the fuel pipe , wherein a second closing throttle is provided which connects the intermediate chamber to the fuel pipe , and wherein the diameter (d2) of the second closing throttle is smaller than the diameter (d1) of the first closing throttle .
A series hydraulic hybrid system for a vehicle, comprising: a hydraulic circuit comprising a first hydraulic displacement unit in fluid communication with a second hydraulic displacement unit , the first hydraulic displacement unit drivingly engaged or selectively drivingly engaged with an internal combustion engine ; a high pressure hydraulic accumulator and a low pressure hydraulic accumulator selectively fluidly connected to the hydraulic circuit through at least one accumulator valve ; and a control unit ; wherein the control unit is adapted to: receive a torque request from an operator; compute a target system pressure based on the torque request and based on at least one of a direction of movement of the vehicle, a vehicle velocity and a gear selection; compare an accumulator pressure to the target system pressure; and control, based on the outcome of the comparison, at least one of a speed of the internal combustion engine and a valve state of the accumulator valve . a hydraulic circuit comprising a first hydraulic displacement unit in fluid communication with a second hydraulic displacement unit , the first hydraulic displacement unit drivingly engaged or selectively drivingly engaged with an internal combustion engine ; a high pressure hydraulic accumulator and a low pressure hydraulic accumulator selectively fluidly connected to the hydraulic circuit through at least one accumulator valve ; and a control unit ; receive a torque request from an operator; compute a target system pressure based on the torque request and based on at least one of a direction of movement of the vehicle, a vehicle velocity and a gear selection; compare an accumulator pressure to the target system pressure; and control, based on the outcome of the comparison, at least one of a speed of the internal combustion engine and a valve state of the accumulator valve .
A method for comparing three-dimensional dental structures, comprising the steps of: - acquiring (S101) a target data set (DS-S) representing the shape and optical properties of a natural tooth ; - rendering (S102) a digital tooth model to generate an actual data set (DS-I) representing the shape and optical properties of the digital tooth model ; - determining (S104) a first comparison value from the actual data set (DS-I); - determining (S105) a second comparison value from the target data set (DS-S); and - determining (S106) a deviation (ΔE S , I ) based on the first and second comparison values, characterized in that the target data set (DS-S) is scaled such that an overlay with the actual data set (DS-I) in the same coordinate system is achieved or the actual data set (DS-I) is scaled such that an overlay with the target data set (DS-I) in the same coordinate system is achieved and the first and second comparison values are obtained from a region of the coordinate system. - acquiring (S101) a target data set (DS-S) representing the shape and optical properties of a natural tooth ; - rendering (S102) a digital tooth model to generate an actual data set (DS-I) representing the shape and optical properties of the digital tooth model ; - determining (S104) a first comparison value from the actual data set (DS-I); - determining (S105) a second comparison value from the target data set (DS-S); and - determining (S106) a deviation (ΔE S , I ) based on the first and second comparison values, characterized in that
A cap for intake and delivery of a fluid from a syringe , the cap comprising: an outer cap assembly comprising a fluid inlet path and a fluid outlet path ; and an inner cap assembly configured for fluid tight sealed insertion into a discharge neck of the syringe and to provide selective fluid communication between an interior of the syringe and the fluid inlet path or the fluid outlet path , wherein the outer cap assembly is slidable relative to the inner cap assembly between a first filling position, where the interior of the syringe is in fluid communication with the fluid inlet path , and a second delivery position, where the interior of the syringe is in fluid communication with the fluid outlet path and wherein the outer cap assembly has an engagement feature configured to engage a cap retention feature of a fluid injector , wherein the engagement feature prevents movement of the outer cap assembly in at least one of the proximal direction and the distal direction when the engagement feature is engaged with the cap retention feature, and wherein when the engagement feature engages a surface of the cap retention feature of the fluid injector , characterised in that the outer cap assembly is slidable relative to the inner cap assembly upon distal and proximal movement of the syringe having the cap attached thereto. an outer cap assembly comprising a fluid inlet path and a fluid outlet path ; and an inner cap assembly configured for fluid tight sealed insertion into a discharge neck of the syringe and to provide selective fluid communication between an interior of the syringe and the fluid inlet path or the fluid outlet path , wherein the outer cap assembly is slidable relative to the inner cap assembly between a first filling position, where the interior of the syringe is in fluid communication with the fluid inlet path , and a second delivery position, where the interior of the syringe is in fluid communication with the fluid outlet path and wherein the outer cap assembly has an engagement feature configured to engage a cap retention feature of a fluid injector , wherein the engagement feature prevents movement of the outer cap assembly in at least one of the proximal direction and the distal direction when the engagement feature is engaged with the cap retention feature, and wherein when the engagement feature engages a surface of the cap retention feature of the fluid injector , characterised in that the outer cap assembly is slidable relative to the inner cap assembly upon distal and proximal movement of the syringe having the cap attached thereto.
An electronic device comprising a processing circuit configured to: transmit, through a Group Common-Physical Downlink Control Channel, GC-PDCCH, control information related to data in a previous time slot of a time slot where the GC-PDCCH is located; wherein the processing circuit is further configured to: transmit the control information related to the data in the previous time slot through the GC-PDCCH when the GC-PDCCH is not transmitted in the previous time slot. transmit, through a Group Common-Physical Downlink Control Channel, GC-PDCCH, control information related to data in a previous time slot of a time slot where the GC-PDCCH is located; wherein the processing circuit is further configured to: transmit the control information related to the data in the previous time slot through the GC-PDCCH when the GC-PDCCH is not transmitted in the previous time slot.
A method for prognostic warning of damper damage in a machine system comprising: monitoring a machine operating parameter that is linked with at least one of an amplitude, a frequency, or a direction of torsional loads on a crankshaft in the machine system having a viscous torsional damper coupled therewith; monitoring a temperature parameter; populating an operating history of the machine system based on the monitored machine operating parameter and the monitored temperature parameter; calculating a damper damage term based on the populated operating history; and triggering a damper damage warning based on the calculated damper damage term; characterised in that the monitoring of the machine operating parameter includes monitoring a load factor of an internal combustion engine in the machine system ; the monitoring of the temperature parameter includes monitoring an ambient temperature; and the populating of the operating history further includes populating a plurality of bins with clocked operating times of the machine system at different combinations of load factor and temperature. monitoring a machine operating parameter that is linked with at least one of an amplitude, a frequency, or a direction of torsional loads on a crankshaft in the machine system having a viscous torsional damper coupled therewith; monitoring a temperature parameter; populating an operating history of the machine system based on the monitored machine operating parameter and the monitored temperature parameter; calculating a damper damage term based on the populated operating history; and triggering a damper damage warning based on the calculated damper damage term; characterised in that the monitoring of the machine operating parameter includes monitoring a load factor of an internal combustion engine in the machine system ; the monitoring of the temperature parameter includes monitoring an ambient temperature; and the populating of the operating history further includes populating a plurality of bins with clocked operating times of the machine system at different combinations of load factor and temperature.
A rod handling system for a drilling rig comprising a rod storage bin having an elongate axis; a rod lifter moveable between a lowered position and a raised position whereby the rod lifter is adapted to lift rods between said substantially horizontally extending storage configuration and a raised configuration to present rods to a drilling head; and a rod transfer assembly adapted to transfer individual rods between the rod storage bin and the rod lifter , characterised in that the rod storage bin incorporates a plurality of vertically stacked rod supports, each rod support being adapted to hold a respective row of rods in side by side relationship in a substantially horizontally extending storage configuration wherein said rods are aligned with said elongate axis, the system further comprising a rod loader having a plurality of rod holders adapted to carry a plurality of rods in side by side relationship aligned with said elongate axis, the rod loader being moveable between a loading position, wherein a rod can be placed into or removed from each rod holder, and a transfer position, wherein rods are able to be transferred between each rod holder and a respective rod support of the rod storage bin .
Transmission structure for an, in particular, serial/parallel hybrid vehicle having an internal combustion engine (VKM), a first, in particular generator-type, electric machine (EM1), and a second, in particular motor-type, electric machine (EM2), wherein a first electric machine shaft (W EM1 ) which is assigned to the first electric machine (EM1) can be driven via a first gearwheel set by a driveshaft (W VKM ) which can be driven by the internal combustion engine (VKM), and wherein a traction drive gearwheel (Z D ) of a differential gear (D) of the vehicle can be driven via a second gearwheel set by a second electric machine shaft (W EM2 ) which is assigned to the second electric machine (EM2), wherein the first gearwheel set has a ring gear (Z H ) with an internal toothing arrangement (Z HI ) and a spur gear (Z EM1 ) which engages in the internal toothing arrangement (Z HI ) of the ring gear (Z H ), wherein the driveshaft (W VKM ) is connected in a rotationally effective fashion to the ring gear (Z H ), and the spur gear (Z EM1 ) is connected in a rotationally effective fashion to the first electric machine shaft (W EM1 ), wherein the first electric machine shaft (W EM1 ) and the second electric machine shaft (W EM2 ) are arranged coaxially and concentrically with respect to one another, in particular wherein the first electric machine shaft (W EM1 ) is embodied as an internal shaft, and the second electric machine shaft (W EM2 ) is embodied as a hollow shaft, and wherein the driveshaft (W VKM ) is arranged offset in parallel with respect to the first and second electric machine shafts (W EM1 , W EM2 ), characterized in that the driveshaft (W VKM ) can be coupled or connected effectively in terms of rotation to the traction drive gearwheel (Z D ) of the differential gear (D) via a third gearwheel set , and in that the third gearwheel set comprises an external toothing arrangement (Z HA ), wherein the driveshaft (W VKM ) is connected effectively in terms of rotation to the external toothing arrangement (Z HA ), in that the external toothing arrangement (Z HA ) is arranged on the ring gear (Z H ), and in that axis misalignment between the internal-combustion-machine driveshaft (W VKM ) and the electric machine shafts (W EM1 , W EM2 ) is implemented in such a way that the electric machines (EM1 and EM2) are arranged towards the bottom and/or towards the front, specifically in such a way that the electric machine shafts (W EM1 and W EM2 ) are located further away from a traction driveshaft (W D ) than the internal-combustion-machine driveshaft (W VKM ).
Striking hand-held machine tool with a tool holder for holding a striking tool on a working axis , an electric motor , a striking mechanism , which has an exciter , a pneumatic chamber , a striker , an intermediate chamber and a riveting set following one after the other in the striking direction , a closed channel , which connects a first channel opening in the pneumatic chamber and a second channel opening in the intermediate chamber , a stop valve arranged at the second channel opening , which is forced into a position that closes the second channel opening , if the riveting set is in the working position, characterised by a non-return valve arranged in the channel , which closes when there is a flow of air from the first channel opening to the second channel opening and opens when there is a flow of air from the second channel opening to the first channel opening , and in which the pneumatic chamber has a throttle opening to exchange air between the pneumatic chamber and the surroundings of the hand-held machine tool .