mhurhangee/patent-ind-claim-en huggingface dataset:
Clamping device for clamping an interchangeable body on a housing of the clamping device , comprising a housing and a locking device for locking a clamping sleeve , which is arranged on the interchangeable body , relative to the housing , wherein the locking device comprises a clamping piston , which is movably guided in the housing between a clamping position and a release position, and at least one locking body , which is movable by means of the clamping piston from a release position, in which the locking body enables a moving away of the clamping sleeve from the housing , into a locking position, in which the locking body prevents a moving away of the clamping sleeve from the housing , wherein the locking device comprises an elastic biasing device , by means of which the clamping piston is biasable into the clamping position, wherein the biasing device comprises at least one elastic biasing element , which is arranged on the side of the clamping piston facing away from the clamping sleeve , and wherein the clamping piston is displaceable from the clamping position into the release position by acting upon the clamping piston with an actuating force without supplying a pressurized fluid to the locking device , characterized in that the clamping piston is also displaceable from the clamping position into the release position by acting upon a side of the clamping piston facing toward the clamping sleeve with a pressurized fluid. a locking device for locking a clamping sleeve , which is arranged on the interchangeable body , relative to the housing , wherein the locking device comprises a clamping piston , which is movably guided in the housing between a clamping position and a release position, and at least one locking body , which is movable by means of the clamping piston from a release position, in which the locking body enables a moving away of the clamping sleeve from the housing , into a locking position, in which the locking body prevents a moving away of the clamping sleeve from the housing , wherein the locking device comprises an elastic biasing device , by means of which the clamping piston is biasable into the clamping position, wherein the biasing device comprises at least one elastic biasing element , which is arranged on the side of the clamping piston facing away from the clamping sleeve , and wherein the clamping piston is displaceable from the clamping position into the release position by acting upon the clamping piston with an actuating force without supplying a pressurized fluid to the locking device , characterized in that the clamping piston is also displaceable from the clamping position into the release position by acting upon a side of the clamping piston facing toward the clamping sleeve with a pressurized fluid.
A glass composition comprising TiO 2 in the amount of 1 mol% to 70 mol%, Nb 2 O 5 in the amount of 1 mol% to 40 mol%, and P 2 O 5 in the amount of 20 mol% to 45 mol%, wherein the molar sum of TiO 2 and Nb 2 O 5 in the glass composition is greater than 60 mol%, wherein the glass does not include SiO 2 or WO 3 .
A shelf for cultivating plant products without soil having a reference axis (A) and comprising: - a supporting frame , - a plurality of cultivation bars which have an approximately rectilinear shape, extend along respective longitudinal axes , and are coupled to said supporting frame so as to be arranged approximately coplanar and alongside one another in order to have the respective longitudinal axes parallel to said reference axis (A), - mechanical spacing members , which are interleaved between the cultivation bars and are structured so that the actuation of a mechanical spacing member causes at least a pre-established variation of the distance transverse to said reference axis (A), between two cultivation bars adjacent to the actuated mechanical spacing member ; said mechanical spacing members are structured so as to be operated between a first operating condition, in which the mechanical spacing member positions the two cultivation bars at a first pre-established distance (Dl) one with respect to the other while keeping them mutually parallel, and a second operating condition, in which the mechanical spacing member arranges the two adjacent bars at a second pre-established distance (D2) greater than the first pre-established distance, keeping them parallel to one another, said shelf being characterised in that said mechanical spacing members comprise respective rectangular bellows-structured sheets , foldable along a folding line (P) which extends parallel to the longitudinal axis of the bars and being defined by the intersection of the respective rectangular sheet and the centre-line plane (M) thereof. - a supporting frame , - a plurality of cultivation bars which have an approximately rectilinear shape, extend along respective longitudinal axes , and are coupled to said supporting frame so as to be arranged approximately coplanar and alongside one another in order to have the respective longitudinal axes parallel to said reference axis (A), - mechanical spacing members , which are interleaved between the cultivation bars and are structured so that the actuation of a mechanical spacing member causes at least a pre-established variation of the distance transverse to said reference axis (A), between two cultivation bars adjacent to the actuated mechanical spacing member ; said mechanical spacing members are structured so as to be operated between a first operating condition, in which the mechanical spacing member positions the two cultivation bars at a first pre-established distance (Dl) one with respect to the other while keeping them mutually parallel, and a second operating condition, in which the mechanical spacing member arranges the two adjacent bars at a second pre-established distance (D2) greater than the first pre-established distance, keeping them parallel to one another, said shelf being characterised in that said mechanical spacing members comprise respective rectangular bellows-structured sheets , foldable along a folding line (P) which extends parallel to the longitudinal axis of the bars and being defined by the intersection of the respective rectangular sheet and the centre-line plane (M) thereof.
A method of producing therapeutic microvesicles, the method comprising: culturing bacteria of a probiotic bacterial strain in a culture medium, wherein the probiotic bacterial strain is selected from the group consisting of a Lactobacillus strain, a Bifidobacterium strain, and a combination thereof; and exposing the bacteria to an inducing biotic treatment during culturing to induce production of therapeutic microvesicles by the bacteria, wherein the inducing biotic treatment is selected from the group consisting of co-culturing the bacteria with bacteria of another bacterial strain, culturing the bacteria in presence of a conditioned medium from bacteria of another bacterial strain and a combination thereof, wherein the another bacterial strain is a Bifidobacterium strain and wherein the another bacterial strain is different from the probiotic bacterial strain. culturing bacteria of a probiotic bacterial strain in a culture medium, wherein the probiotic bacterial strain is selected from the group consisting of a Lactobacillus strain, a Bifidobacterium strain, and a combination thereof; and exposing the bacteria to an inducing biotic treatment during culturing to induce production of therapeutic microvesicles by the bacteria, wherein the inducing biotic treatment is selected from the group consisting of co-culturing the bacteria with bacteria of another bacterial strain, culturing the bacteria in presence of a conditioned medium from bacteria of another bacterial strain and a combination thereof, wherein the another bacterial strain is a Bifidobacterium strain and wherein the another bacterial strain is different from the probiotic bacterial strain.
A method of assembling a medical catheter , the method comprising: providing a catheter body made of a compliant material; the catheter body having a center lumen ; forming first and second slots within the catheter body ; characterised in that the method further comprises: providing a first electrode having a plurality of independently accessible electrode segments (20a-b, 22a-b, 24a-b, 26a-b), each electrode segment (20a-b, 22a-b, 24a-b, 26a-b) including a contact surface interconnecting first and second retaining features ; wherein the contact surface and the first and second retaining features collectively define a channel ; inserting the first retaining feature within the first slot and into the center lumen of the catheter body ; and inserting the second retaining feature within the second slot and into the center lumen so that the catheter body is positioned within the channel . providing a catheter body made of a compliant material; the catheter body having a center lumen ; forming first and second slots within the catheter body ; characterised in that the method further comprises: providing a first electrode having a plurality of independently accessible electrode segments (20a-b, 22a-b, 24a-b, 26a-b), each electrode segment (20a-b, 22a-b, 24a-b, 26a-b) including a contact surface interconnecting first and second retaining features ; wherein the contact surface and the first and second retaining features collectively define a channel ; inserting the first retaining feature within the first slot and into the center lumen of the catheter body ; and inserting the second retaining feature within the second slot and into the center lumen so that the catheter body is positioned within the channel . providing a first electrode having a plurality of independently accessible electrode segments (20a-b, 22a-b, 24a-b, 26a-b), each electrode segment (20a-b, 22a-b, 24a-b, 26a-b) including a contact surface interconnecting first and second retaining features ; wherein the contact surface and the first and second retaining features collectively define a channel ; inserting the first retaining feature within the first slot and into the center lumen of the catheter body ; and inserting the second retaining feature within the second slot and into the center lumen so that the catheter body is positioned within the channel .
Train set with at least one suspension device on which at least one high-voltage cable section is suspended, - wherein the train set comprises at least two carriages and the suspension device accommodates the high-voltage cable section between each two adjacent carriages of the train set, and - wherein each high-voltage cable section comprises two ends each connected by a plug connection to a respective associated high-voltage line in a respective associated carriage, wherein the suspension device is attached to a mechanical intermediate coupling between the two carriages, and - the entire high-voltage cable section is flexible and is movably and elastically supported on the suspension device , characterised in that - the suspension device comprises three arms , wherein a first arm is attached to the intermediate coupling from below and a second arm and a third arm are directed downwardly away from the intermediate coupling , and wherein the high-voltage cable section is supported between the second arm and third arm . - wherein the train set comprises at least two carriages and the suspension device accommodates the high-voltage cable section between each two adjacent carriages of the train set, and - wherein each high-voltage cable section comprises two ends each connected by a plug connection to a respective associated high-voltage line in a respective associated carriage, wherein the suspension device is attached to a mechanical intermediate coupling between the two carriages, and - the entire high-voltage cable section is flexible and is movably and elastically supported on the suspension device , characterised in that - the suspension device comprises three arms , wherein a first arm is attached to the intermediate coupling from below and a second arm and a third arm are directed downwardly away from the intermediate coupling , and wherein the high-voltage cable section is supported between the second arm and third arm .
A perishable product containing device comprising: a storage container containing a perishable product; an adjustment unit adjusting an inside environment of the storage container, the inside environment including at least a temperature; an environmental information acquisition unit acquiring environmental information inside the container, the environmental information including at least the temperature; a freshness measurement unit measuring freshness of the perishable product contained in the storage container; characterized in that the perishable product containing device further comprises: a learning unit learning by reinforcement learning the control of the inside environment of the storage container to minimize the decrease in the freshness of the perishable product, measured by the freshness measurement unit; and a reward decision unit deciding a reward (r) used by the learning unit, wherein, based on the freshness measured by the freshness measurement unit and the environmental information acquired by the environmental information acquisition unit as state (s) of the reinforcement learning model, and a learning result of the learning unit, the adjustment unit operates to cause the inside environment of the storage container to minimize the decrease in the freshness of the perishable product, being a control condition of the adjustment unit used as action (a) of the reinforcement learning model, the reward decision unit decides the reward (r) of the reinforcement learning model based on a decrease in the freshness over a certain period of time under the inside environment adjusted by the adjustment unit, and the learning unit learns the inside environment for the freshness based on the reward (r) decided by the reward decision unit. a storage container containing a perishable product; an adjustment unit adjusting an inside environment of the storage container, the inside environment including at least a temperature; an environmental information acquisition unit acquiring environmental information inside the container, the environmental information including at least the temperature; a freshness measurement unit measuring freshness of the perishable product contained in the storage container; a reward decision unit deciding a reward (r) used by the learning unit, wherein, based on the freshness measured by the freshness measurement unit and the environmental information acquired by the environmental information acquisition unit as state (s) of the reinforcement learning model, and a learning result of the learning unit, the adjustment unit operates to cause the inside environment of the storage container to minimize the decrease in the freshness of the perishable product, being a control condition of the adjustment unit used as action (a) of the reinforcement learning model, the reward decision unit decides the reward (r) of the reinforcement learning model based on a decrease in the freshness over a certain period of time under the inside environment adjusted by the adjustment unit, and the learning unit learns the inside environment for the freshness based on the reward (r) decided by the reward decision unit.
A method for conducting a secure transaction, comprising: generating, by an authoritative server , a single-use token encoded using error control code; conveying the encoded single-use token from the authoritative server to a client device , said client device including a browser running an application using near field communications and a clickable link to connect the browser application to the authoritative server ; conveying, by speakers of the client device , via an audio signal, the encoded single-use token to a receiving device including a mobile device; receiving the encoded single-use token via a microphone of the receiving device ; comparing, by the authoritative server , the single-use token generated by the authoritative server with the encoded single-use token received by the receiving device by performing a mathematical operation; and allowing, by the authoritative server , the secure transaction to proceed or terminating the secure transaction based on said comparison. generating, by an authoritative server , a single-use token encoded using error control code; conveying the encoded single-use token from the authoritative server to a client device , said client device including a browser running an application using near field communications and a clickable link to connect the browser application to the authoritative server ; conveying, by speakers of the client device , via an audio signal, the encoded single-use token to a receiving device including a mobile device; receiving the encoded single-use token via a microphone of the receiving device ; comparing, by the authoritative server , the single-use token generated by the authoritative server with the encoded single-use token received by the receiving device by performing a mathematical operation; and allowing, by the authoritative server , the secure transaction to proceed or terminating the secure transaction based on said comparison.
Agricultural device , in particular a distribution machine for applying material, comprising - a boom which is pivotably mounted about at least one axis of rotation (Da, Db), - a first sensor arrangement for detecting an inclination, a position and/or a distance of the boom with respect to at least one reference plane , the sensor arrangement being configured to generate at least one sensor signal on the basis of the detected inclination, position and/or the detected distance, - an open-loop and/or closed-loop control system , which is connected to the at least one first sensor arrangement in a signal-transmitting manner and which is configured to determine a current operating height (EH1, EH2) of at least one portion of the boom , which height relates to the at least one reference plane , on the basis of the sensor signal, and - an actuator which can be controlled in an open-loop and/or closed-loop manner by the open-loop and/or closed-loop control system , which influences the operating height (EH1, EH2) and is coupled to the boom , characterized in that at least one limit height (GH1, GH2) can be retrieved and/or specified by the open-loop and/or closed-loop control system , which height is formed by a distance between at least one base located along the reference plane , in particular a ground profile (N), and at least one intersection which is spaced apart therefrom in the vertical direction along an interference contour , it being possible for the operating height (EH1, EH2) of the at least one portion of the boom , in particular of an outermost point of the boom within a current working position, to be limited at least approximately to the at least one limit height (GH1, GH2) by means of the open-loop and/or closed-loop control system and/or the actuator . - a boom which is pivotably mounted about at least one axis of rotation (Da, Db), - a first sensor arrangement for detecting an inclination, a position and/or a distance of the boom with respect to at least one reference plane , the sensor arrangement being configured to generate at least one sensor signal on the basis of the detected inclination, position and/or the detected distance, - an open-loop and/or closed-loop control system , which is connected to the at least one first sensor arrangement in a signal-transmitting manner and which is configured to determine a current operating height (EH1, EH2) of at least one portion of the boom , which height relates to the at least one reference plane , on the basis of the sensor signal, and - an actuator which can be controlled in an open-loop and/or closed-loop manner by the open-loop and/or closed-loop control system , which influences the operating height (EH1, EH2) and is coupled to the boom ,
A method for removing an excess film from a front face of a crystalline silicon solar cell, comprising the following steps: S1: depositing an Al 2 O 3 film, an SiO 2 film, and an SiN x film on a back face of a silicon wafer to form a backside passivation film, and forming an excess film on an edge of a front face of the silicon wafer; S2: preparing an aqueous film on a surface of the backside passivation film of the product obtained ir step S1 which is the silicon wafer with the backside passivation film and the excess film; S3: enabling the product obtained in step S2 to pass through an acid tank to remove the excess film; S4: enabling the product obtained in step S3 to pass through a water tank to remove a residual treatment solution; and S5: drying the product obtained in step S4. S1: depositing an Al 2 O 3 film, an SiO 2 film, and an SiN x film on a back face of a silicon wafer to form a backside passivation film, and forming an excess film on an edge of a front face of the silicon wafer; S2: preparing an aqueous film on a surface of the backside passivation film of the product obtained ir step S1 which is the silicon wafer with the backside passivation film and the excess film; S3: enabling the product obtained in step S2 to pass through an acid tank to remove the excess film; S4: enabling the product obtained in step S3 to pass through a water tank to remove a residual treatment solution; and S5: drying the product obtained in step S4.
A secured communication device, including: - a plurality of application circuits which are each related to at least one application service securely contained within the device, each application circuit comprising at least an environmental detector and being excitable by an external signal characterizing the environment wherein the device is situated, the communication device comprising a radiofrequency signal transceiver for communicating with the outside, - a control unit making it possible to identify the excited application circuit and the related application service, and to activate said service in response to an activation authorization, and - a biometric circuit for authenticating the user so as to generate said activation authorisation; the related application service using said radiofrequency signal transceiver for communicating with the outside. - a plurality of application circuits which are each related to at least one application service securely contained within the device, each application circuit comprising at least an environmental detector and being excitable by an external signal characterizing the environment wherein the device is situated, the communication device comprising a radiofrequency signal transceiver for communicating with the outside, - a control unit making it possible to identify the excited application circuit and the related application service, and to activate said service in response to an activation authorization, and - a biometric circuit for authenticating the user so as to generate said activation authorisation; the related application service using said radiofrequency signal transceiver for communicating with the outside.
A medical dressing comprising: layered fabric comprising: an inner layer (B) of hydrophilic material; an outer layer (A, C) of hydrophobic material on both sides of the inner layer; and an antimicrobial agent, wherein the antimicrobial agent is contained in the inner layer, and wherein the antimicrobial agent is polyhexamethylene biguanide. an inner layer (B) of hydrophilic material; an outer layer (A, C) of hydrophobic material on both sides of the inner layer; and an antimicrobial agent, wherein the antimicrobial agent is contained in the inner layer, and wherein the antimicrobial agent is polyhexamethylene biguanide.