mhurhangee/ep-ind-claims huggingface dataset:
A tag for attaching to an item, the tag comprising:- first and second body portions (14, 16) having respective first and second gripping portions (18, 20), said first and second body portions adapted to move said first and second gripping portions towards and away from each other between a gripping condition for gripping an item the tag is attached to without piercing said item and an open condition in which said tag can be placed into engagement with said item or removed therefrom; the tag further comprising biasing means urging said first and second body portions towards said open position; the tag further comprising a locking device for locking said body portions in said gripping condition and for releasing from said gripping condition said locking device comprising at least one magnetic clutch and at least one pin extending into said magnetic clutch, said magnetic clutch allowing said pin to move into engagement with said clutch but preventing said pin from being removed from engagement with said clutch without releasing said clutch using a magnetic release device, characterised in that said pin and said magnetic clutch are contained within said first and second body portions which slide towards and away from each other between said gripping and open conditions. first and second body portions (14, 16) having respective first and second gripping portions (18, 20), said first and second body portions adapted to move said first and second gripping portions towards and away from each other between a gripping condition for gripping an item the tag is attached to without piercing said item and an open condition in which said tag can be placed into engagement with said item or removed therefrom; the tag further comprising biasing means urging said first and second body portions towards said open position; the tag further comprising a locking device for locking said body portions in said gripping condition and for releasing from said gripping condition said locking device comprising at least one magnetic clutch and at least one pin extending into said magnetic clutch, said magnetic clutch allowing said pin to move into engagement with said clutch but preventing said pin from being removed from engagement with said clutch without releasing said clutch using a magnetic release device, characterised in that said pin and said magnetic clutch are contained within said first and second body portions which slide towards and away from each other between said gripping and open conditions.
A process for providing a compound of formula: wherein R is hydrogen or R', wherein R' is -(C 1 -C 4)alkyl, and Hal is a halogen, the process comprising the step of: reacting a compound of formula wherein Hal is defined as above, with an alkali metal alkoxide of the formula XOR', wherein X is an alkali metal, and R' is defined as above, wherein the alkali metal alkoxide of formula XOR' is added to the reaction mixture in the form of an alcoholic solution in an alcohol of formula HOR' having a concentration of 25 wt.-% to 67 wt.-%, based on the weight of the total weight of the alcohol HOR' and the alkali metal alkoxide of the formula XOR'. wherein Hal is defined as above, with an alkali metal alkoxide of the formula XOR', wherein X is an alkali metal, and R' is defined as above, wherein the alkali metal alkoxide of formula XOR' is added to the reaction mixture in the form of an alcoholic solution in an alcohol of formula HOR' having a concentration of 25 wt.-% to 67 wt.-%, based on the weight of the total weight of the alcohol HOR' and the alkali metal alkoxide of the formula XOR'.
Long-term hematopoietic stem cells (LT-HSCs) for use in a method for inhibiting or reducing tumor occurrence or tumor metastasis of a subject, wherein the method comprises: (a) genetically engineering embryonic stem cells (ESCs), induced pluripotent cells (iPSCs) and/or cord blood stem cells (CBSCs) to possess one or more modified Erythroid Kruppel-like factor ( Eklf) genes encoding a modified EKLF polypeptide comprising a substitution of the lysine residue corresponding to position 54 of the wild type human EKLF with an arginine, or a substitution of the lysine residue corresponding to position 74 of the wild type mouse EKLF with an arginine; (b) differentiating the genetically engineered ESCs, iPSCs, and/or CSBCs to obtain the LT-HSCs; and (c) transplanting the LT-HSCs to a subject; whereby the transplanted LT-HSCs confer tumor resistance or metastasis resistance to the subject. (a) genetically engineering embryonic stem cells (ESCs), induced pluripotent cells (iPSCs) and/or cord blood stem cells (CBSCs) to possess one or more modified Erythroid Kruppel-like factor ( Eklf) genes encoding a modified EKLF polypeptide comprising a substitution of the lysine residue corresponding to position 54 of the wild type human EKLF with an arginine, or a substitution of the lysine residue corresponding to position 74 of the wild type mouse EKLF with an arginine; (b) differentiating the genetically engineered ESCs, iPSCs, and/or CSBCs to obtain the LT-HSCs; and (c) transplanting the LT-HSCs to a subject; whereby the transplanted LT-HSCs confer tumor resistance or metastasis resistance to the subject.
Device for the treatment of joint stiffening or ankylosis of the hand, for pre- and post-surgical application and for the reinforcement of finger, hand and forearm muscles, whereby the device is a flexible, pneumatically pressurizable form part for stretching the hand, which is pumped up by means of a manual or an electric air pump when the form part is in place within the palm of the hand, whereby the form part comprises at least two air cushion arranged in zones (30, 31), which are formed and located in the palm of the hand, so that the form part is in contact exclusively with the fingers as well as the ball of the hand or thumb or thenar eminence, whereby a hollow is created between one of the form parts and the middle hand is created; characterized in that the air cushions (30, 31) are formed by means of division, gluing, welding, seam or similar means between the air cushions arranged centrally on the form part, whereby the air cushions (30, 31) are formed by at least two air chambers 300, 301) provided on the form part.
A stringed musical instrument comprising: a musical instrument body configured such that a string is attached thereto; a pickup configured to: i) detect vibration of the string and ii) output a string vibration signal according to the vibration; a detection sensor that is: i) attached to the musical instrument body and ii) configured to output a detection signal according to a force applied to the musical instrument body; and a controller that is attached to the musical instrument body, and is configured to output, based on the detection signal, a control signal configured to control an operation of an effect imparting unit configured to impart an effect to the string vibration signal, wherein the musical instrument body includes a hollow part that has a front plate, a back plate and a side plate, and the stringed musical instrument being characterized in that the detection sensor is attached to the inner surface of the front plate inside the hollow part and configured to detect a deflection in the musical instrument body. a musical instrument body configured such that a string is attached thereto; a pickup configured to: i) detect vibration of the string and ii) output a string vibration signal according to the vibration; a detection sensor that is: i) attached to the musical instrument body and ii) configured to output a detection signal according to a force applied to the musical instrument body; and a controller that is attached to the musical instrument body, and is configured to output, based on the detection signal, a control signal configured to control an operation of an effect imparting unit configured to impart an effect to the string vibration signal, wherein the musical instrument body includes a hollow part that has a front plate, a back plate and a side plate, and the stringed musical instrument being characterized in that the detection sensor is attached to the inner surface of the front plate inside the hollow part and configured to detect a deflection in the musical instrument body.
A process for the electroextraction of analyte compounds from a moving fluid donor phase into an acceptor phase, comprising the steps of: a) providing an electrically conductive donor phase moving at a first flow velocity and in electrically conductive contact with a first electrode, b) providing an electrically conductive acceptor phase in direct contact and immiscible with the donor phase, in electrically conductive contact with a second electrode; and c) providing a supporting or confining phase guide pattern to keep a defined interface between donor phase and acceptor phase, and d) applying an electrical field between the first and the second electrode; wherein one of the donor phase and acceptor phase is an organic phase and the other of the donor phase and acceptor phase is an aqueous phase; and wherein the acceptor phase flows at a second flow velocity which is lower than the first flow velocity. a) providing an electrically conductive donor phase moving at a first flow velocity and in electrically conductive contact with a first electrode, b) providing an electrically conductive acceptor phase in direct contact and immiscible with the donor phase, in electrically conductive contact with a second electrode; and c) providing a supporting or confining phase guide pattern to keep a defined interface between donor phase and acceptor phase, and d) applying an electrical field between the first and the second electrode;
A tractor comprising: an engine body; a first support member disposed ahead of the engine body; a second support member fixed to and disposed above the first support member; an engine controller supported on the second support member with a vibration-isolating rubber structure interposed therebetween, the engine controller being configured to control the engine body, wherein the engine controller is disposed above the second support member, and wherein the vibration-isolating rubber structure is composed of a plurality of vibration-isolating rubber members; an intake pipe that supplies intake air to an intake unit of the engine body; and engine harnesses that electrically connect components of the engine body and the engine controller to each other, wherein a rib is formed along a longitudinal direction of the intake pipe, and the rib supports the engine harnesses. an engine body; a first support member disposed ahead of the engine body; a second support member fixed to and disposed above the first support member; an engine controller supported on the second support member with a vibration-isolating rubber structure interposed therebetween, the engine controller being configured to control the engine body, wherein the engine controller is disposed above the second support member, and wherein the vibration-isolating rubber structure is composed of a plurality of vibration-isolating rubber members; an intake pipe that supplies intake air to an intake unit of the engine body; and engine harnesses that electrically connect components of the engine body and the engine controller to each other, wherein a rib is formed along a longitudinal direction of the intake pipe, and the rib supports the engine harnesses.
Use of a gaseous mixture selected from the group consisting of: - propylene in a concentration from 90% to 99% by weight and a gas selected from the group consisting of butene, ethylene and ethane or mixtures thereof in a concentration from 1% to 10% by weight as a replacement or alternative refrigerant gas for R404A, R507A and/or R407C, and/or other refrigerants, which are replacement or alternative refrigerants for R404A, R507A and R407C containing HFC (hydrofluorocarbons), HFO (hydrofluoro olefins) and HFE (hydrofluoro ethers). - propylene in a concentration from 90% to 99% by weight and a gas selected from the group consisting of butene, ethylene and ethane or mixtures thereof in a concentration from 1% to 10% by weight
A method for updating a network side position area, the method comprising: receiving, by a target radio access network, RAN, node, a first update request message, wherein the first update request message is sent by a user equipment, UE, in an inactive state; generating, by the target RAN node, a second update request message according to the first update request message, and sending the second update request message to a source RAN node, wherein identifier information of the UE is carried in the second update request message; and receiving, by the target RAN node, a update acknowledgement message sent by the source RAN node, and performing a subsequent position area update process; wherein the update acknowledgement message comprises: identifier information allocated by the source RAN node to the UE for uniquely identifying the UE at an interface between RAN nodes; and identifier information allocated by the target RAN node to the UE for uniquely identifying the UE at an interface between the RAN nodes. receiving, by a target radio access network, RAN, node, a first update request message, wherein the first update request message is sent by a user equipment, UE, in an inactive state; generating, by the target RAN node, a second update request message according to the first update request message, and sending the second update request message to a source RAN node, wherein identifier information of the UE is carried in the second update request message; and receiving, by the target RAN node, a update acknowledgement message sent by the source RAN node, and performing a subsequent position area update process; wherein the update acknowledgement message comprises: identifier information allocated by the source RAN node to the UE for uniquely identifying the UE at an interface between RAN nodes; and identifier information allocated by the target RAN node to the UE for uniquely identifying the UE at an interface between the RAN nodes. identifier information allocated by the source RAN node to the UE for uniquely identifying the UE at an interface between RAN nodes; and identifier information allocated by the target RAN node to the UE for uniquely identifying the UE at an interface between the RAN nodes.
A transport apparatus for transporting a preform for blow molding, comprising: transport means which is equipped with transport jigs for each holding the preforms in an inverted state with a neck of each of the preforms facing downwards for continuously transporting a plurality of the preforms on a transport line with a transport speed while allowing the preforms to rotate on axes thereof in a horizontal direction along with the transport jigs; and engaging means provided so as to be movable along the transport line in conformity with the transport speed of each preform by the transport means, and engaging a convexity or a concavity provided in an outer periphery of the preform, with the preform moving while rotating on the axis thereof together with the transport jigs, so as to stop a rotation of each of the preforms on the axis thereof, thereby setting an orientation of the preform to a predetermined orientation, wherein the transport line is provided with a curved transport portion which is curved with a predetermined radius, characterized in that the engaging means is provided rotatably along the curved transport portion. transport means which is equipped with transport jigs for each holding the preforms in an inverted state with a neck of each of the preforms facing downwards for continuously transporting a plurality of the preforms on a transport line with a transport speed while allowing the preforms to rotate on axes thereof in a horizontal direction along with the transport jigs; and engaging means provided so as to be movable along the transport line in conformity with the transport speed of each preform by the transport means, and engaging a convexity or a concavity provided in an outer periphery of the preform, with the preform moving while rotating on the axis thereof together with the transport jigs, so as to stop a rotation of each of the preforms on the axis thereof, thereby setting an orientation of the preform to a predetermined orientation, wherein the transport line is provided with a curved transport portion which is curved with a predetermined radius, characterized in that the engaging means is provided rotatably along the curved transport portion.
Method for making a finishing element with at least two transparent panes (2, 3) parallel to each other and spaced apart, being joined at the margin by at least one intermediate element disposed between the panes (2, 3) and filling up the spacing between the panes (2, 3), wherein at least one permanently applied screen is arranged on the panes (2, 3) in their regions overlapping with the intermediate element, characterized in that the screen is produced on the intermediate element by means of an electrostatically applied powder coating, which is applied as a powderlike raw material on the panes (2, 3), in that the region of the panes (2, 3) which is not to be provided with the screen is covered by means of at least one removable cover prior to applying the powder coating, in that the raw material of the powder coating is then applied under influence of at least one electric field to the region of the panes (2, 3) which is to be provided with the screen, in that the panes (2, 3) are then heated together with the applied raw material of the powder coating, in that the covering is removed after applying the raw material to the panes (2, 3), and in that the panes (2, 3) after the applying of the powder coating are mounted as the finishing element by connecting to the intermediate element.
An integrated optical module comprising: a PLC chip; and a mount including a support portion and a seat formed by raising part of an upper surface of the support portion, wherein the seat is bonded and fixed to part of a lower surface of the PLC chip with an adhesive which is applied to an upper surface of the seat, the upper surface of the seat serving as an adhesion surface, and an upper surface of the support portion has wettability, characterized in that a groove where the adhesive overflowing from the upper surface of the seat is to stay is formed in the upper surface of the support portion at a portion surrounding the seat, wherein a width of the groove is determined according to a relation between the wettability of the upper surface of the support portion and a surface tension of the adhesive, so that the adhesive is permitted to enter the groove. a PLC chip; and a mount including a support portion and a seat formed by raising part of an upper surface of the support portion, wherein the seat is bonded and fixed to part of a lower surface of the PLC chip with an adhesive which is applied to an upper surface of the seat, the upper surface of the seat serving as an adhesion surface, and an upper surface of the support portion has wettability, characterized in that a groove where the adhesive overflowing from the upper surface of the seat is to stay is formed in the upper surface of the support portion at a portion surrounding the seat, wherein a width of the groove is determined according to a relation between the wettability of the upper surface of the support portion and a surface tension of the adhesive, so that the adhesive is permitted to enter the groove.
A cross-linked polymer particle comprising vinyl alcohol unit and nitrogen-containing polymerization unit, wherein nitrogen content in dry weight based on the total weight of said particle, determined by element analysis, is 7.0 to 13.0 weight %, and surface nitrogen content against said particle surface, determined by X-ray photoelectron spectrometry, is 5.0 to 15.0 at%, wherein said vinyl alcohol unit is formed through hydrolysis and/or ester exchange reaction of part or all of carboxylic vinyl ester units of cross-linked polymer that contains carboxylic vinyl ester unit obtained by polymerization of monomer mixture containing carboxylic vinyl ester and vinyl compound having triazine ring, and wherein the polymerization conversion rate of carboxylic vinyl ester in the polymerization of monomer mixture containing carboxylic vinyl ester and vinyl compound having triazine ring is 10 to 80 %.
A compound of formula wherein R 1 is selected from C 1 -C 8 -alkyl, and C 2 -C 8 -alkenyl, and esters of the compound of formula, and ketones of the compound of formula, with the proviso that R 1 can also be hydrogen, if compound is an ester of formula; and with the proviso that compound 1-(1,2,2,6-tetramethylcyclohexyl)ethanone is excluded. wherein R 1 is selected from C 1 -C 8 -alkyl, and C 2 -C 8 -alkenyl, and esters of the compound of formula, and ketones of the compound of formula, with the proviso that R 1 can also be hydrogen, if compound is an ester of formula; and with the proviso that compound 1-(1,2,2,6-tetramethylcyclohexyl)ethanone is excluded.
An exposure apparatus for exposing a substrate by radiating an exposure light beam from an optical element of a projection optical system onto the substrate through a liquid in a liquid immersion area locally formed on a part of the substrate, the exposure apparatus comprising: a first substrate stage which has a substrate-holding member for holding the substrate and which is movable while holding the substrate by the aid of the substrate-holding member; characterized in that the exposure apparatus further comprises a temperature adjustment system configured to perform temperature adjustment for the substrate-holding member, and in that the first substrate stage is provided with a recess in which the substrate holding member is arranged, and the substrate holding member is configured to hold the substrate such that a surface of the substrate is substantially flush with an upper surface of the first substrate stage. a first substrate stage which has a substrate-holding member for holding the substrate and which is movable while holding the substrate by the aid of the substrate-holding member; characterized in that the exposure apparatus further comprises a temperature adjustment system configured to perform temperature adjustment for the substrate-holding member, and in that the first substrate stage is provided with a recess in which the substrate holding member is arranged, and the substrate holding member is configured to hold the substrate such that a surface of the substrate is substantially flush with an upper surface of the first substrate stage.