mhurhangee/ep-ind-claims huggingface dataset:
An orthopaedic implant comprising: a body defining at least one landmark and having a driving end portion and a non-driving end portion; and a probe comprising a sensor spaced apart from the at least one landmark a set distance; wherein the implant further comprises a longitudinal groove extending along an outer surface of the body from the driving end portion to the non-driving end portion and comprising at least one first portion located along a length of the longitudinal groove, characterised in that the at least one first portion comprises an opening to the outer surface of the implant, the opening having a width which is less than a diameter of the probe to receive the probe in the groove in one of a releasable interference fit, press fit, friction fit, or snap fit and to releasably fix the probe to the body of the implant to limit movement of the sensor relative to the at least one landmark. a body defining at least one landmark and having a driving end portion and a non-driving end portion; and a probe comprising a sensor spaced apart from the at least one landmark a set distance; wherein the implant further comprises a longitudinal groove extending along an outer surface of the body from the driving end portion to the non-driving end portion and comprising at least one first portion located along a length of the longitudinal groove,
A socket spanner comprising a drive head, which forms a polygonal profile opening, which can be plugged onto a polygonal bolt head or a polygonal screw nut, comprising a retaining element (8, 8'), which is enclosed in a window (7, 7') of the wall of the polygonal profile opening and which is acted on by a spring element (9, 9'), which is arranged outside the wall, characterized in that the spring element (9, 9') is a shrinkable tube, which is shrink-fitted on the wall, contacting the retaining element (8, 8').
A rotomoulded tank for treating waste water flowing through said tank, which tank comprises a rotomoulded outer shell which is formed by a rotomoulded thermoplastic material and, within said outer shell, at least one hollow rotomoulded part (28, 44, 57) which has portions integrated in the outer shell of the tank and overmoulded with the rotomoulded material of the outer shell so that the hollow rotomoulded part (28, 44, 57) is rigidly fixed within the tank to the outer shell thereof, the tank comprising at least one bio-compartment for a biological treatment of the waste water, characterised in that said hollow rotomoulded part (28, 44, 57) has at least one inlet (33, 46, 65) and at least one outlet (35, 48, 4) for the waste water flowing through the tank, said outlet (35, 48, 4) being situated either at a lower or at a higher level than said inlet (33, 46, 65) in the tank and said hollow rotomoulded part (28, 44, 57) forming a transport compartment (32, 45, 56) for transporting the waste water up or downwards within the tank between said lower and said higher levels.
A method for sending status information via an apparatus using RFID tags, comprising the steps of: - Entering a state of the apparatus, - Depending on the status, activation of the RFID tag on the apparatus for the transmission of status information, characterized in that the activation is effected by the generation of a trigger pulse, said apparatus generates the trigger pulse and the trigger pulse is a radio pulse according to the RFID specification. - Entering a state of the apparatus, - Depending on the status, activation of the RFID tag on the apparatus for the transmission of status information, characterized in that the activation is effected by the generation of a trigger pulse, said apparatus generates the trigger pulse and the trigger pulse is a radio pulse according to the RFID specification.
A process for producing a milk or cream substitute comprising: a) providing a filamentous fungus or a fungal mycelium; b) creating a slurry by dispersing the filamentous fungus or fungal mycelium in water in amounts such that the solids to water ratio is at the range of 1:4 to 1:40 and mixing; c) optionally adding an oil and/or one or more ingredient(s) to the slurry obtained in step b); d) subjecting the mixture obtained at the end of step b) or c) to a microfluidization step or to a high-pressure homogenization step; and e) pasteurizing the composition obtained at the end of step d), wherein the microfluidization or high-pressure homogenization step is performed at a constant pressure of at least 206.8 MPa (30000 psi). a) providing a filamentous fungus or a fungal mycelium; b) creating a slurry by dispersing the filamentous fungus or fungal mycelium in water in amounts such that the solids to water ratio is at the range of 1:4 to 1:40 and mixing; c) optionally adding an oil and/or one or more ingredient(s) to the slurry obtained in step b); d) subjecting the mixture obtained at the end of step b) or c) to a microfluidization step or to a high-pressure homogenization step; and e) pasteurizing the composition obtained at the end of step d),
A method for operating a transportation system comprising a first vehicle platoon and a second vehicle platoon, each of the first and second vehicle platoons having a lead vehicle and a plurality of vehicles following the lead vehicle, the method comprising the steps of controlling the first vehicle platoon and the second vehicle platoon by means of a control system, driving the first vehicle platoon in a first lane of a road and the second vehicle platoon in a second lane of the road, the road comprising a bottleneck section where the first lane and the second lane merge into a single lane, and controlling the first vehicle platoon and the second vehicle platoon such that the first vehicle platoon and the second vehicle platoon are synchronized before reaching the bottleneck section enabling the first vehicle platoon and the second vehicle platoon to enter the single lane one after the other, and positioning the first vehicle platoon in front of the second vehicle platoon before the bottleneck section, enabling the first vehicle platoon to enter the single lane before the second vehicle platoon, characterized by controlling the first vehicle platoon to change from the first lane to the second lane of the road, and driving the first vehicle platoon in front of the second vehicle platoon in the second lane when reaching the bottleneck section, or controlling the second vehicle platoon to change from the second lane to the first lane of the road, and driving the second vehicle platoon behind the first vehicle platoon in the first lane when reaching the bottleneck section.
A method for controlling a first resource and a second resource in a system including a first component, a second component, and at least one host in a cloud environment, the at least one host hosting the second resource, the first resource being managed by the first component and the second resource being managed by the second component, wherein if the first component comprises a storage component and the second component comprises a compute component then the first resource is a storage resource and the second resource is a compute resource, and wherein if the first component comprises the compute component and the second component comprises the storage component then the first resource is the compute resource and the second resource is the storage resource, the method comprising the steps of: instructing the first component to send an inquiry request to the second component, the inquiry request including an inquiry relating to the second resource; instructing the second component to send an inquiry response to the first component, the inquiry response including information on the at least one host; and instructing the co-location of the first resource and the second resource on a single host on the basis of the information on the at least one host, the single host being one amongst the at least one host and a further host hosting the first resource, wherein the step of instructing the co-location includes reconfiguring at least one of the first resource and the second resource, such that both of the first resource and the second resource are hosted on the single host. instructing the first component to send an inquiry request to the second component, the inquiry request including an inquiry relating to the second resource; instructing the second component to send an inquiry response to the first component, the inquiry response including information on the at least one host; and instructing the co-location of the first resource and the second resource on a single host on the basis of the information on the at least one host, the single host being one amongst the at least one host and a further host hosting the first resource, wherein the step of instructing the co-location includes reconfiguring at least one of the first resource and the second resource, such that both of the first resource and the second resource are hosted on the single host.
A built-in touch display device, comprising a first substrate, on which a plurality of data lines, and a plurality of common electrodes and a plurality of touch driving electrodes arranged to be spaced apart from each other and in an alternate manner on a same layer, are provided, wherein the plurality of common electrodes corresponds to a plurality of first gate line groups respectively, and the plurality of touch driving electrodes corresponds to a plurality of second gate line groups respectively, wherein the first substrate further comprises: a plurality of shielding layers, each of which is arranged between each of the plurality of data lines and a corresponding one of the plurality of touch driving electrodes; and a plurality of touch driving signal transmission lines, arranged in one-to-one correspondence with the plurality of touch driving electrodes, wherein each of the touch driving signal transmission lines is electrically connected to a corresponding one of the plurality of touch driving electrodes, and configured to transmit a touch driving signal to the corresponding touch driving electrode when the plurality of first gate line groups corresponding to the common electrodes is in an ON state, and stop transmitting the touch driving signal to the corresponding touch driving electrode when the plurality of second gate line groups corresponding to the touch driving electrodes is in an ON state; and each of the shielding layers is connected to a corresponding signal input end having a constant level. a plurality of shielding layers, each of which is arranged between each of the plurality of data lines and a corresponding one of the plurality of touch driving electrodes; and a plurality of touch driving signal transmission lines, arranged in one-to-one correspondence with the plurality of touch driving electrodes, wherein each of the touch driving signal transmission lines is electrically connected to a corresponding one of the plurality of touch driving electrodes, and configured to transmit a touch driving signal to the corresponding touch driving electrode when the plurality of first gate line groups corresponding to the common electrodes is in an ON state, and stop transmitting the touch driving signal to the corresponding touch driving electrode when the plurality of second gate line groups corresponding to the touch driving electrodes is in an ON state; and each of the shielding layers is connected to a corresponding signal input end having a constant level.
A separating and/or holding net, comprising an elastic netting part, the rhombic mesh openings of which are formed of string groups (7, 8) running at an angle to one another and each comprising a plurality of net filaments (9, 10), and an elastic edge member arranged at least on a section of the net mesh edge, characterized in that the net filament sections forming the rhombic mesh openings are designed in dependence on the arrangement thereof in the netting part in such a manner that the elastic edge member of the separating and/or holding net, in the assembled state thereof, has only a very low amount of slack or no slack in that the net filament sections thereof differ in terms of the composition of the material thereof and/or in terms of the amount of tension to which they are subjected to in the manufacture of the netting part in dependence on their position in the netting part.
A method for controlling the power transmission of a hydrodynamic retarder, comprising a rotating bladed rotor and a bladed stator or a bladed counter-rotor rotating against the direction of rotation of the rotor, which form together a working chamber which selectively can be filled with a working medium via an inlet and can be drained via an outlet; whereas 1.1 the working chamber is filled with a working medium, in braking mode, and a braking torque is generated with the hydrodynamic retarder and in non-braking mode, the working chamber is emptied of working medium down to a certain residual amount and substantially no braking torque is generated with the hydrodynamic retarder; characterised by the following step: 1.2 in non-braking mode, working medium is injected into the working chamber of the hydrodynamic retarder for adjusting the residual amount, said working medium being extracted from a stock of working medium, which is provided outside the working chamber in a working medium storage tank, using an idle pump. 1.1 the working chamber is filled with a working medium, in braking mode, and a braking torque is generated with the hydrodynamic retarder and in non-braking mode, the working chamber is emptied of working medium down to a certain residual amount and substantially no braking torque is generated with the hydrodynamic retarder; characterised by the following step: 1.2 in non-braking mode, working medium is injected into the working chamber of the hydrodynamic retarder for adjusting the residual amount, said working medium being extracted from a stock of working medium, which is provided outside the working chamber in a working medium storage tank, using an idle pump. 1.2 in non-braking mode, working medium is injected into the working chamber of the hydrodynamic retarder for adjusting the residual amount, said working medium being extracted from a stock of working medium, which is provided outside the working chamber in a working medium storage tank, using an idle pump.
A particulate active material for a power storage device positive electrode, the particulate active material comprising: particles of an electrically conductive polymer; and a conductive agent; wherein the electrically conductive polymer is (i) a polymer having inorganic acid anions as a dopant or (ii) a dedoped polymer; wherein the particles of the electrically conductive polymer each have the surface uniformly and tightly coated with the conductive agent; wherein the particulate active material is obtainable by shearing the electrically conductive polymer particles and the conductive agent by means of a composite particle producing apparatus, which is one selected from NOBILTA and MECHANOFUSION available from Hosokawa Micron Corporation, MIRROR-D available from Nara Machinery Co., Ltd., COMPOSI and CONPIX available from Nippon Coke and Engineering Co., Ltd., to coat the surface of the electrically conductive polymer particles uniformly and tightly with the conductive agent. particles of an electrically conductive polymer; and a conductive agent; wherein the electrically conductive polymer is (i) a polymer having inorganic acid anions as a dopant or (ii) a dedoped polymer; wherein the particles of the electrically conductive polymer each have the surface uniformly and tightly coated with the conductive agent; wherein the particulate active material is obtainable by shearing the electrically conductive polymer particles and the conductive agent by means of a composite particle producing apparatus, which is one selected from NOBILTA and MECHANOFUSION available from Hosokawa Micron Corporation, MIRROR-D available from Nara Machinery Co., Ltd., COMPOSI and CONPIX available from Nippon Coke and Engineering Co., Ltd., to coat the surface of the electrically conductive polymer particles uniformly and tightly with the conductive agent.
A drawer-type laundry treating device (100, 200, 320), comprising a fixed portion and a moving portion, the fixed portion being adapted to accommodate and support the moving portion, and the moving portion being adapted to move at least partially outside the fixed portion relative to the fixed portion, wherein the moving portion comprises a body (103, 201) with a cavity and a movable plate (105, 207) disposed above the body (103, 201), and the drawer-type laundry treating device (100, 200, 320) comprises a mechanical transmission portion adapted to cause the movable plate (105, 207) to vertically move upwards to expose the cavity when the body (103, 201) horizontally moves outwards relative to the fixed portion and cause the movable plate (105, 207) to vertically move downwards to seal the cavity when the body (103, 201) horizontally moves inwards relative to the fixed portion, characterized in that the fixed portion further comprises a support frame (208, 209), a first guide rail, a second guide rail, and a sliding rail, the support frame (208, 209) is adapted to support the moving portion the first guide rail and the second guide rail are fixed to the support frame (208, 209), disposed on a left side and a right side of the support frame (208, 209), and extend between a front side and a rear side of the support frame (208, 209), and the sliding rail is disposed on a rear upper part of the support frame (208, 209), wherein the first guide rail and the second guide rail are adapted for horizontal movement of the body (103, 201), and the sliding rail is adapted for vertical movement of the movable plate (105, 207) and that the mechanical transmission portion comprises a mechanical transmission portion based on gear transmission and a mechanical transmission portion based on chain transmission.
A method for manufacturing a three-dimensional medical device from an acellular biological matrix characterized in that it comprises at least the following sequence of steps: a/ wetting an acellular biological matrix with a liquid, and b/ shaping the wet acellular biological matrix so that it takes on a three-dimensional shape. a/ wetting an acellular biological matrix with a liquid, and b/ shaping the wet acellular biological matrix so that it takes on a three-dimensional shape.
A prosthesis (600, 600', 600") comprising: a first tubular graft (610, 610', 610") comprising a layer of graft material, at least one lumen extending longitudinally therein, and a plurality of fenestrations (611, 631; 611') extending through the layer of graft material; layer means (612, 612') of fenestration covering material attached to the layer of graft material, wherein the layer means of fenestration covering material is disposed in the lumen of the first tubular graft and partitions the plurality of fenestrations from the lumen of the first tubular graft; a first non-stented opening disposed proximal to the plurality of fenestrations and communicating with at least one (611, 611', 611 ") of the plurality of fenestrations between the layer of graft material and the fenestration covering material; and a second tubular graft comprising proximal and distal ends and a lumen extending longitudinally therebetween, where the second tubular graft sealably engages the first non-stented opening, and the second tubular graft further extends distally through one of the plurality of fenestrations and is configured to extend into a branch vessel, characterized in that said layer means is constituted by the same layer (612, 612') of fenestration covering material. a first tubular graft (610, 610', 610") comprising a layer of graft material, at least one lumen extending longitudinally therein, and a plurality of fenestrations (611, 631; 611') extending through the layer of graft material; layer means (612, 612') of fenestration covering material attached to the layer of graft material, wherein the layer means of fenestration covering material is disposed in the lumen of the first tubular graft and partitions the plurality of fenestrations from the lumen of the first tubular graft; a first non-stented opening disposed proximal to the plurality of fenestrations and communicating with at least one (611, 611', 611 ") of the plurality of fenestrations between the layer of graft material and the fenestration covering material; and a second tubular graft comprising proximal and distal ends and a lumen extending longitudinally therebetween,
An external preparation kit comprising: a gel sheet containing: (a) 1-6% by mass of a composition consisting of 10-80% by mass of carrageenan, 5-50% by mass of locust bean gum, 5-50% by mass of xanthan gum, and 5-50% by mass of mannan, wherein a weight ratio between locust bean gum and xanthan gum is from 2:1 to 1:2 in the composition; and (b) water; and a water-soluble sheet containing one or more component(s) selected from the group consisting of a water-soluble cellulose ether, polyvinyl alcohol, collagen, starch, gelatin, agar, and sugar, wherein the gel sheet covers the water soluble sheet. a gel sheet containing: (a) 1-6% by mass of a composition consisting of 10-80% by mass of carrageenan, 5-50% by mass of locust bean gum, 5-50% by mass of xanthan gum, and 5-50% by mass of mannan, wherein a weight ratio between locust bean gum and xanthan gum is from 2:1 to 1:2 in the composition; and (b) water; and (a) 1-6% by mass of a composition consisting of 10-80% by mass of carrageenan, 5-50% by mass of locust bean gum, 5-50% by mass of xanthan gum, and 5-50% by mass of mannan, wherein a weight ratio between locust bean gum and xanthan gum is from 2:1 to 1:2 in the composition; and (b) water; and a water-soluble sheet containing one or more component(s) selected from the group consisting of a water-soluble cellulose ether, polyvinyl alcohol, collagen, starch, gelatin, agar, and sugar,
Food processing plant with several enclosed rooms (2 to 5), between which a container conveyor is arranged, wherein the container conveyor comprises several container carrier elements (7, 8) with a flat surface and therein moulds (9, 10) for containers (11, 12), such that the containers (11, 12) do not overlap at all or less than 5 mm, preferably less than 3 mm to the flat surface, characterized in that a container cover covers the flat surface during the transport of an container carrier element (7, 8) from one room (2, 3, 4) to the adjacent room (3, 4, 5).
Culinary item including: - a structure that has a first and a second face that are opposite one another, and - at least one means for detecting volatile compounds from cooking an item of food connected to a processing device that is able to emit a signal if said volatile compounds are detected by the detection means, said detection means being integrated at least in the first face, the detection means comprising an active material, said active material being able to modify its electric conduction properties in the presence of volatile compounds and being a P or N doped semiconductor or a resistive-type material, characterised in that the first face is coated with a non-stick coating layer and in that the detection means is included in the thickness of the coating. - a structure that has a first and a second face that are opposite one another, and - at least one means for detecting volatile compounds from cooking an item of food connected to a processing device that is able to emit a signal if said volatile compounds are detected by the detection means, said detection means being integrated at least in the first face,