mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reusing water in a water bearing machine, in particular a laundry treating machine or dishwasher, wherein said method comprises the step of a surfactant adsorption treatment of the water by at least one adsorbent medium during a recirculation of the water, so that contaminants of the water are adsorbed by the at least one adsorbent medium , and wherein a regeneration phase is performed after a time period, in which regeneration phase the at least one adsorbent medium is regenerated by a regenerant solution , wherein the adsorbent medium includes at least one synthetic resin of a polymeric type, wherein the network of the synthetic resin is provided with at least one functional chemical group, wherein the network of the synthetic resin is provided with at least one amine functional group, wherein the laundry treating machine comprises a recirculation circuit for said recirculation of the water comprising a washing tub , a resin cartridge , a recirculation pump and a two-ways valve , wherein the recirculation circuit is driven by the recirculation pump , wherein the resin cartridge is bypassed by a bypass pipe arranged in parallel to said resin cartridge , wherein the two-ways valve switches between the resin cartridge and the parallel bypass pipe, and wherein the adsorbent medium is in the resin cartridge , characterized in that the surfactant adsorption treatment is applied to rinse water of the laundry treating machine, wherein the rinse water is continuously purified during a rinsing phase . wherein the adsorbent medium includes at least one synthetic resin of a polymeric type, wherein the network of the synthetic resin is provided with at least one functional chemical group, wherein the network of the synthetic resin is provided with at least one amine functional group, wherein the laundry treating machine comprises a recirculation circuit for said recirculation of the water comprising a washing tub , a resin cartridge , a recirculation pump and a two-ways valve , wherein the recirculation circuit is driven by the recirculation pump , wherein the resin cartridge is bypassed by a bypass pipe arranged in parallel to said resin cartridge , wherein the two-ways valve switches between the resin cartridge and the parallel bypass pipe, and wherein the adsorbent medium is in the resin cartridge , characterized in that the surfactant adsorption treatment is applied to rinse water of the laundry treating machine, wherein the rinse water is continuously purified during a rinsing phase .
Automated punching station for producing punched components for prosthetic surgery instruments, characterized in that said station comprises: - a transport support able to receive and position a plurality of hollow intermediate components , each provided with through holes defined by a respective edge ; - a press device comprising at least one fixed punch and a counter-punch mobile in a punching direction (P) with respect to said fixed punch for punching each of said edges for the purpose of producing a cutting part of the prosthetic surgery instrument; - at least one automated operator configured to pick up, and move one at a time, said intermediate components from said transport support , so as to place each intermediate component in cooperation on each occasion with said press device in order to punch a respective edge ; and - a control unit configured at least to command the automated operator to maintain each intermediate component in a grip once placed in cooperation with the press device and move said automated operator synchronously, and in the same punching direction (P), with respect to said counter-punch , so as to accompany said intermediate component in said punching direction (P) when said counter-punch engages said intermediate component in the punching operation. - a transport support able to receive and position a plurality of hollow intermediate components , each provided with through holes defined by a respective edge ; - a press device comprising at least one fixed punch and a counter-punch mobile in a punching direction (P) with respect to said fixed punch for punching each of said edges for the purpose of producing a cutting part of the prosthetic surgery instrument; - at least one automated operator configured to pick up, and move one at a time, said intermediate components from said transport support , so as to place each intermediate component in cooperation on each occasion with said press device in order to punch a respective edge ; and - a control unit configured at least to command the automated operator to maintain each intermediate component in a grip once placed in cooperation with the press device and move said automated operator synchronously, and in the same punching direction (P), with respect to said counter-punch , so as to accompany said intermediate component in said punching direction (P) when said counter-punch engages said intermediate component in the punching operation.
A flexible display , comprising: a flexible display panel , having a display surface and a back surface; and a holding plate , disposed on the back surface of the flexible display panel , wherein the holding plate is provided with a plurality of parts disposed along a first direction in the following sequence: a first fixed part , a first bending part , a first connecting part , a main bending part , a second connecting part , a second bending part , and a second fixed part , wherein the first direction is parallel to a plate surface of the holding plate , wherein the first fixed part , the first connecting part , the second connecting part and the second fixed part are more rigid than the first bending part , the main bending part , and the second bending part ; and after the flexible display is folded, the main bending part bends toward a folding direction, and the first bending part and the second bending part bend away from the folding direction. a flexible display panel , having a display surface and a back surface; and a holding plate , disposed on the back surface of the flexible display panel , wherein the holding plate is provided with a plurality of parts disposed along a first direction in the following sequence: a first fixed part , a first bending part , a first connecting part , a main bending part , a second connecting part , a second bending part , and a second fixed part , wherein the first direction is parallel to a plate surface of the holding plate , wherein the first fixed part , the first connecting part , the second connecting part and the second fixed part are more rigid than the first bending part , the main bending part , and the second bending part ; and after the flexible display is folded, the main bending part bends toward a folding direction, and the first bending part and the second bending part bend away from the folding direction.
An evolved NodeB (eNodeB) comprising a processor, wherein: the processor is configured to: initiate a self configuration process during a pre-operational state; perform, during the pre-operational state, authentication with a core network associated with the eNodeB; request, from the core network subsequent to authentication with the core network, a set of operating parameters enabling communication with the core network; receive, from the core network, a response including the set of operating parameters; initiate a communication path with a neighbor eNodeB via an X2 interface; request, from the neighbor eNodeB subsequent to inter-eNB authentication over the X2 interface, a set of parameters enabling interacting with the neighbor eNodeB; and receive, from the neighbor eNodeB, a response including the set of parameters enabling interacting with the neighbor eNodeB, wherein the set of parameters enabling interacting with the neighbor eNodeB include information identifying each of a plurality of cells served by the neighbor eNodeB. initiate a self configuration process during a pre-operational state; perform, during the pre-operational state, authentication with a core network associated with the eNodeB; request, from the core network subsequent to authentication with the core network, a set of operating parameters enabling communication with the core network; receive, from the core network, a response including the set of operating parameters; initiate a communication path with a neighbor eNodeB via an X2 interface; request, from the neighbor eNodeB subsequent to inter-eNB authentication over the X2 interface, a set of parameters enabling interacting with the neighbor eNodeB; and receive, from the neighbor eNodeB, a response including the set of parameters enabling interacting with the neighbor eNodeB, wherein the set of parameters enabling interacting with the neighbor eNodeB include information identifying each of a plurality of cells served by the neighbor eNodeB.
A multipart label laminate for labelling of single-use sterilization packs, the multipart label laminate comprising following layers in the following order from top to bottom: - a face layer; - a first adhesive layer of acrylic based pressure sensitive adhesive; - a carrier; - a second adhesive layer of acrylic based pressure sensitive adhesive; - a liner, wherein the multipart label laminate further comprises a printing ink layer between the carrier and the second adhesive layer; wherein the multipart label laminate comprises die-cut top labels comprising the face layer and the first adhesive layer; and wherein the multipart label is attachable to a surface of an item and the top labels are removable from the carrier and transferrable to another surface. - a face layer; - a first adhesive layer of acrylic based pressure sensitive adhesive; - a carrier; - a second adhesive layer of acrylic based pressure sensitive adhesive; - a liner, wherein the multipart label laminate further comprises a printing ink layer between the carrier and the second adhesive layer; wherein the multipart label laminate comprises die-cut top labels comprising the face layer and the first adhesive layer; and wherein the multipart label is attachable to a surface of an item and the top labels are removable from the carrier and transferrable to another surface. wherein the multipart label laminate further comprises a printing ink layer between the carrier and the second adhesive layer; wherein the multipart label laminate comprises die-cut top labels comprising the face layer and the first adhesive layer; and wherein the multipart label is attachable to a surface of an item and the top labels are removable from the carrier and transferrable to another surface.
A User Equipment - UE - for a cellular network , the UE comprising a first interface for UE-to-Basestation communication configured to communicate with a base station of the cellular network , and a second interface for UE-to-UE communication configured to communicate with one or more other UEs of a UE-Group to which the UE belongs, wherein the UE is configured to receive via its first interface configuration data for configuring its second interface and to send control information to the one or more other UEs for informing them how to configure their respective second interface, and to coordinate, via the second interface , an intra-group communication between the one or more other UEs within the UE Group , and wherein the configuration data received from the base station contains physical resources for UE-to-UE communication between the UE and one or more of the other UEs of the UE-Group to which the UE belongs, and physical resources for the intra-group communication between two or more of the other UEs of the UE-Group to which the UE belongs wherein the UE may not be part of the intra-group communication. a first interface for UE-to-Basestation communication configured to communicate with a base station of the cellular network , and a second interface for UE-to-UE communication configured to communicate with one or more other UEs of a UE-Group to which the UE belongs, wherein the UE is configured to receive via its first interface configuration data for configuring its second interface and to send control information to the one or more other UEs for informing them how to configure their respective second interface, and to coordinate, via the second interface , an intra-group communication between the one or more other UEs within the UE Group , and wherein the configuration data received from the base station contains physical resources for UE-to-UE communication between the UE and one or more of the other UEs of the UE-Group to which the UE belongs, and physical resources for the intra-group communication between two or more of the other UEs of the UE-Group to which the UE belongs wherein the UE may not be part of the intra-group communication.
Sieve belt unit for a harvesting machine, in particular for a root crop harvester for sieving off admixtures of a mixture of crop and admixtures, comprising a sieve belt with at least two endless carriers , preferably in the form of carrier belts or chains, between which sieve bars are arranged transversely to the conveying direction, which form a plurality of sieve bar units , in particular each comprising at least two sieve bars , at least some of the sieve bars being movably fixed relative to the endless carriers , wherein the sieve belt unit has a positioning means which is arranged at least in sections along the sieve belt and acts on the movable sieve bars and by means of which a spacing A in the conveying direction F of subsequent sieve bars is defined and variably adjustable in the sieving zone S as viewed in the sieving direction, characterized in that each sieve bar unit has at least one flap unit with at least one of the two sieve bars , the flap unit is pivotable or rotatable by means of at least one joint connected to the endless carrier , and the positioning means is designed for affecting an angular position of the flap unit, and wherein at least one actuator is associated with the positioning means , by means of which the distance of at least one part of the positioning means guiding the flap unit from the endless carrier can be adjusted.
An endoscope tray comprising an interior for storage of an endoscope , the tray having a lid configured to cover the tray , the lid having an exterior surface having a plurality of square shaped projections , and the tray having a bottom exterior surface having a plurality of square shaped recesses such that the projections of the lid are configured to mate with the square shaped recesses of the bottom exterior surface of the tray , wherein the tray is re-usable and comprises a base and surrounding sidewalls upstanding therefrom and a peripheral lip disposed at least partially around the surrounding sidewalls and extending outwardly therefrom, the tray being formed of a semi-rigid polymeric material capable of withstanding repeated reprocessing and dimensioned to provide support for a flexible medical endoscope coiled in a stress-free state.
A lead paddle positioning and/or deployment system comprising at least a stylet (30; 130) and a lead paddle (10; 210), the lead paddle (10; 210) being configured for stimulating a tissue, in particular the spinal cord, of a patient, wherein the lead paddle (10; 210) comprises two guiding channels (12; 212) and wherein the stylet (30; 130) comprises two guiding wires (32; 132) at its distal end, which are configured and arranged to be engaged and/or to be at least partially received in the guiding channels (12; 212).
An electric motor, in particular a high-speed surgical motor, comprising a rotor which is concentrically surrounded by a substantially hollow-cylindrical coil former which carries at least one stator winding , wherein the coil former and the stator winding form a stator and the coil former is provided on its outer side with uniformly distributed lands which are provided with mushroom-shaped spoke members and which extend into ribs which terminate towards the front end in rib extensions , wherein the mushroom-shaped spoke members , ribs and rib extensions are provided and configured for fixing wires of the stator winding in a precisely structured form, wherein for providing the stator - the coil former with mushroom-shaped spoke members and rib extensions , which taper slightly radially towards the front end, is first configured as a composite body in that at least one dimension-stabilizing frame element is embedded by injection molding with plastic in a plastic body which is produced by injection molding, and - subsequently winding the wires onto and around the ribs and rib extensions . - the coil former with mushroom-shaped spoke members and rib extensions , which taper slightly radially towards the front end, is first configured as a composite body in that at least one dimension-stabilizing frame element is embedded by injection molding with plastic in a plastic body which is produced by injection molding, and - subsequently winding the wires onto and around the ribs and rib extensions .
A loudspeaker comprising two acoustic diaphragms mounted to face in axially-opposed directions, two voice coils each having an axis and an axial length and being configured to reciprocate along its axis to drive one of the diaphragms, the axes being substantially parallel and both axes passing through both diaphragms, and at least one magnet forming part of a chassis assembly configured to provide two axially-extending gaps, one for each of the voice coils to reciprocate within, wherein the at least one magnet and the chassis assembly are adapted so that magnetic flux flows across the gaps in opposite directions, and characterised in that when in use the diaphragms are at their predetermined maximum negative excursions the voice coils overlap in the axial direction by between 10% and 90% of their average axial length, and wherein when in use the diaphragms are in a relaxed position, between their maximum negative and positive excursions, the voice coils do not overlap in the axial direction.
An aerosol provision device comprising a power source , at least one heating element for generating aerosol, and temperature monitoring means configured to monitor the temperature of the heating element , characterised in that when in an operational configuration the device is configured to control the supply of power to the heating element to: supply power to the heating element to initially raise the temperature of the heating element to a first threshold temperature ; remove power supplied to the heating element when the temperature monitoring means detects that the temperature of the heating element is at the first threshold temperature , such that the temperature of the heating element decreases to a second threshold temperature ; supply power to the heating element when the temperature monitoring means detects that the temperature of the heating element has reduced to the second threshold temperature , such that the temperature of the heating element increases towards the first threshold temperature . supply power to the heating element to initially raise the temperature of the heating element to a first threshold temperature ; remove power supplied to the heating element when the temperature monitoring means detects that the temperature of the heating element is at the first threshold temperature , such that the temperature of the heating element decreases to a second threshold temperature ; supply power to the heating element when the temperature monitoring means detects that the temperature of the heating element has reduced to the second threshold temperature , such that the temperature of the heating element increases towards the first threshold temperature .
A seat post assembly for a vehicle, which seat post assembly comprises: an outer tube ; an inner tube telescopically movable relative to the outer tube ; a first locking member interposed between the outer and inner tubes to lock the outer tube to the inner tube at a first relative position between the tubes and at a second relative position between the tubes; and an actuator operatively connected to the first locking member where a first position of the actuator corresponds to a locked condition between the tubes and a second position of the actuator corresponds to an unlocked condition between the tubes; characterized by a second locking member coupled to the inner tube at a position axially and radially offset from the first locking member, and operable to stop axial movement of the inner tube relative to the outer tube at the second relative position. an outer tube ; an inner tube telescopically movable relative to the outer tube ; a first locking member interposed between the outer and inner tubes to lock the outer tube to the inner tube at a first relative position between the tubes and at a second relative position between the tubes; and an actuator operatively connected to the first locking member where a first position of the actuator corresponds to a locked condition between the tubes and a second position of the actuator corresponds to an unlocked condition between the tubes; characterized by a second locking member coupled to the inner tube at a position axially and radially offset from the first locking member, and operable to stop axial movement of the inner tube relative to the outer tube at the second relative position.
An expansion anchor, comprises: a bolt , a spacer sleeve , an expansible sleeve , an expanding member , and a collar , being arranged between the expansible sleeve and the spacer sleeve and having the form of a ring-like body, the bolt inserting into the spacer sleeve , the collar and expansible sleeve in sequence, and thread connected to the expanding member at its leading end, to thereby draw the expanding member into the expansible sleeve and expand radially; characterized in that , said collar is formed by a first material and a second material with different hardness, wherein the first material is a tough and breakproof material and the tensile strength of the first material is from 40Mpa to 100Mpa, the second material is a soft, deformable material and the shoreA hardness of the second material is from 40 to 120, and, wherein the first material forms as the inner part of the collar and the second material forms as the outer part of the collar . a bolt , a spacer sleeve , an expansible sleeve , an expanding member , and a collar , being arranged between the expansible sleeve and the spacer sleeve and having the form of a ring-like body, the bolt inserting into the spacer sleeve , the collar and expansible sleeve in sequence, and thread connected to the expanding member at its leading end, to thereby draw the expanding member into the expansible sleeve and expand radially; characterized in that , said collar is formed by a first material and a second material with different hardness, wherein the first material is a tough and breakproof material and the tensile strength of the first material is from 40Mpa to 100Mpa, the second material is a soft, deformable material and the shoreA hardness of the second material is from 40 to 120, and, wherein the first material forms as the inner part of the collar and the second material forms as the outer part of the collar .